BLVRB UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ALPK3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SLCO4A1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
LYRM9 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
KRT78 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PPID DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
EPOR DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RP4-740C4.7 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CEACAM1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
KIAA1244 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
LARP6 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PGAP1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PRKAG2-AS1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
MRPL20 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
GOLGB1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ASPA UP in 'low transepithelial electrical resistance' vs 'monolayer control'
GTF3C3 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ZNF81 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PLAT DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SLC25A27 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TYW3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TNIK UP in 'low transepithelial electrical resistance' vs 'monolayer control'
RASSF7 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SEC14L1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
JADE1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SPRR1B UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PHACTR3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PDZK1IP1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
DHRS9 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
MEF2A UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ZEB2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GAREM UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TPM1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TSPAN5 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MLLT3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MIR22HG UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CCBE1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
DYNLRB2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ZNF277 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
PLXDC2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PROCR DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MMP28 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
NQO1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ANGPTL4 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FAM162A UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SH3GL2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
GATA3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MPHOSPH6 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TUBGCP3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TFAM DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CMTM7 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
DTL DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ALOX15B UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
DHX33 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ZNF697 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
MARCH3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SLC2A6 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
WDHD1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
NUP37 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
AC017002.2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DLAT DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MBOAT2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SRCAP UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CCNA2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
LINC00888 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SH3BGRL UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ZNF33B UP in 'low transepithelial electrical resistance' vs 'monolayer control'
NCK1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
AC004985.12 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MROH1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
UHRF1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
IMPA2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SNCG UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PRRG4 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
USP1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PSIP1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TNC UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TGFB2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CELSR2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SIRPB2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
DENND6B UP in 'low transepithelial electrical resistance' vs 'monolayer control'
BAX DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CCDC146 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CYB5R2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
GINS2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RALGDS UP in 'low transepithelial electrical resistance' vs 'monolayer control'
G6PD DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
TMEM173 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TJP3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RRAGD UP in 'low transepithelial electrical resistance' vs 'monolayer control'
MVP UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ACER3 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
B4GALT4 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
DDR1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
BLNK UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CLPB DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
RNF24 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DENND2C UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TAF5 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SUSD4 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
OPTN UP in 'low transepithelial electrical resistance' vs 'monolayer control'
MUC1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
MTL5 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CNTN3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
NASP DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
DUOX1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RP13-238F13.5 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CTSZ DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TMEM178A UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CENPF DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KRT6A UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CDK2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PPL UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CLDN4 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TIMP3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
KRCC1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
FH DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SCML1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FAM149B1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CTB-119C2.1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ETV1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DNAJB2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
GSTA4 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SLC16A4 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TSC22D3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
NAT1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
C3orf52 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FRMD3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SLC37A2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SEPP1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ABHD10 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
FANCA DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CYGB DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TBX3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ANKS6 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CDCA7 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ZGRF1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PPIL1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ALYREF DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MPP7 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
IRX3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
PTHLH UP in 'low transepithelial electrical resistance' vs 'monolayer control'
DYX1C1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PERP UP in 'low transepithelial electrical resistance' vs 'monolayer control'
VPS13A UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PRIM2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CTH DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
FAM169A DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
NASP DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PROM2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SPRED2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
GNG11 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PABPC1L UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
FHOD3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ARHGAP29 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
DNAJC12 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PTPN11 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
GRN UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
UBE3C DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FRK UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FBXO5 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SUSD4 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
APOOL DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
DCLK1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SLC6A15 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RPL27A DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RSRP1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MPZL2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
FYB UP in 'low transepithelial electrical resistance' vs 'monolayer control'
LINC00920 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SUV39H1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CPT1A DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
NT5E DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
INSIG1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MARCKSL1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TRIM29 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
EEF1A1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
FBXO22 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
TSC22D2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
NUP107 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PSME3 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
TARSL2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
DKFZp434J0226 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
WDHD1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
B4GALT6 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ZNF766 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ESPL1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
FAM162A UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TP53TG1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
POLR3G DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PPM1L UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NDUFA10 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PCBD2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
NIPAL2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
USP48 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CDH4 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TRAP1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PCSK5 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TTLL1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
PSAT1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
GUCY1A3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CUL4A DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
AKR1B1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
EIF5A2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CAMK1D UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PTK7 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DYNLL2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RP11-539L10.3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SHCBP1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
FUT11 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
GABARAPL1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TK1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
TGM1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CA11 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
GRAMD1C UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CBR3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TMEM63C UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TINF2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ITGB6 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
IQGAP2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
C1orf116 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
KDELC1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
DDX3X DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LONP2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
RFC5 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ELOVL6 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ATL1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CLIP1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CEPT1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
C9orf16 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ACAT2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RBM47 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PRKDC DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PON2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
EPHA2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
COLCA1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TRIP10 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RNF144B UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CSE1L DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
EEF1E1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
THAP2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TP53I3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
EPRS DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
KLRF1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ZCCHC11 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
GLUL UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TXLNG DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ETFDH UP in 'low transepithelial electrical resistance' vs 'monolayer control'
MPP7 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LINC01424 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
EZH2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ETV5 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PIK3C3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
STRN UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
GAN UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SAMD9 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
PGLS UP in 'low transepithelial electrical resistance' vs 'monolayer control'
B4GALT4 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
DDR1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GABARAPL1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
EHF UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PSIP1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PGP DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ASPM DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MCAM DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MCM10 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
IL15 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CUL4B DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SYNPO2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CDCA5 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MPHOSPH9 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SNCG UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TRIM29 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SIX1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
EMR2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
NEBL UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LYPD3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
RTN1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
THBS3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NCAPG2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SNRPF DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ABAT UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PARP2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CDCA8 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CLDN4 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
WBP1L UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
REPS2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DEPDC1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GALNT2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
IL1RN UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PCDHB7 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
EME2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CNTLN DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
WDR91 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DUSP22 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
BLNK UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
NDUFAF4 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
MAP3K1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HSP90AB1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TBX3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TBC1D31 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SACS DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CARD8 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
KDM7A UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
VGLL3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PMAIP1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
R3HDM1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RP11-747H7.3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
QSOX1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CAMK2B DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
KIAA1456 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SRPX2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
EMP1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
PSMD1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
JUN UP in 'low transepithelial electrical resistance' vs 'monolayer control'
IRF7 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
OLFM4 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SELM UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NETO2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RCSD1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TMEM40 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
POC1A DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TOP2A DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CREBRF UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ID3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
NAGK UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
EPHA4 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
PTPRB UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CUL4B DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
GEMIN6 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MELK DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LRAT UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SPRR1A UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SLC35G1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SEPT11 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
NOL9 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MTFR2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ALKBH7 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ROBO1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ALS2CL UP in 'low transepithelial electrical resistance' vs 'monolayer control'
FRY UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
MPP6 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
IFNGR1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
APCDD1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
PPP2R2C UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NF2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DLGAP5 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ZNF891 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
HPCAL1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
HMGA2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
H2AFZ DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
OLFM4 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
NDC1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MUC16 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SLC22A18AS DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SLC4A11 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
COL4A2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
LIMCH1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SYT7 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CCNA2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TACC3 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SORBS2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
C11orf30 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FAM111B DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
DTL DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CTD-2228K2.7 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
DBF4B DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TSC22D2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RRAS UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CASP14 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TAF15 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
LSM10 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ING4 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SFRP1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CEP57 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
VPS13B UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
IFITM10 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
FST DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PNRC1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LINC00663 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SLC27A1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
BCCIP DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KRT23 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SEZ6L2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CSTF3 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
HDAC8 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
GPRC5C UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HEATR5B UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MKKS DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
C1orf21 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
OCLN UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RORA UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CPEB4 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ADD2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ENO2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SSBP2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CYP4B1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CTC-428G20.3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TMEM98 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
C1QBP DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SOS2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DNAJC4 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
LEPREL1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
PDCD6IP UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LGALS3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PRR16 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SUN1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NBR2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
POLE2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CASC5 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CEP128 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
TMPRSS13 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ANXA9 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CROT UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NOL3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SOX4 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NREP UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TXNIP UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
AFAP1L1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
WDR26 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
AGFG1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CD320 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
BICC1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CLPB DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
DLGAP5 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SOX4 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
RARRES1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
AK9 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
GLRB DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
UMPS DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
C11orf1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TAF5L DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TMPO-AS1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
STIP1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PRR11 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
DCLRE1B DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FST DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CENPQ DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
DOCK6 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
KCNQ5 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PRDM2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RGL1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SRD5A1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
GPR110 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TUFT1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CYP4B1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
POU2F3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NOG DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
S1PR3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MMP3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CEP76 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SMYD3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PA2G4 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
G3BP2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ATP2B4 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
EIF4G1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SMC4 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ZAK DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
LAD1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GRIP1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PARP9 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PTGER2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ALYREF DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
TMEM79 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
EHF UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CD320 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MTRF1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ATAD2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CDKN3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
COQ3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
KIF18B DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
UGP2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ARHGAP11A DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SULT1E1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
WDR26 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
MND1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CBX5 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
AGR2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TTC9 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
STMN1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MALAT1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ZNF713 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TPM2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PERP UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
DOK7 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
FANCI DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
VEGFA UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CDK1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RAD51AP1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CTSD UP in 'low transepithelial electrical resistance' vs 'monolayer control'
DHX30 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
HMG20B UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RAB31 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
FLRT3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
LOXL1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CKAP2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NR2F1-AS1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
KRT23 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DARS2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CPEB2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ACOX1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SLC20A1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
DUSP6 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
HIP1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TUBA1A UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TMEM184A UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
IGSF9 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ZC2HC1A UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CTSS UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CTSC UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RP11-274H2.5 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TCOF1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
NAA15 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TMEM117 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
GRHL3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
BCL6 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
C5orf46 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
FAM201A DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ZWILCH DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
BMP2K DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
RP11-395B7.7 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SERPINB1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CBX5 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CRIP2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ABCA5 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ZNF514 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RP11-541N10.3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
AUNIP DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
EP400NL DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
NF2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
GOLIM4 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PYROXD2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SSPN UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CYP27B1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ANKRD37 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ORAI2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
AC005154.6 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
HMGCS1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NEAT1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
KLF5 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
RAD51C DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PROSER2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CLIP1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
LYPD3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SPCS3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
KIAA1715 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HJURP DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
DGKE DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
INPP4B UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
HIST1H4C DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
POU2AF1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
IRS1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RP5-1024G6.8 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NDUFV3 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CCDC126 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TMPO DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
DDX11 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
P2RX5 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
OXNAD1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GUCY1A3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
IDI1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SHMT1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
C20orf27 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CERS3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NPM3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
FAM43A UP in 'low transepithelial electrical resistance' vs 'monolayer control'
EXOSC9 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
TUBB DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
UGT8 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CA12 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ORAI1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TSPAN4 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
KLK6 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ARHGAP42 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
IFT140 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ODF3B UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ZNF292 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TFDP1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
GNA12 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
FAM214A UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SRGN DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
N4BP1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MYO1B DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CEP78 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SSRP1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
S100A8 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RP11-496I9.1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SLC27A1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CEP70 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ORAI2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
NR2F1-AS1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NFIB DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CHST11 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CENPF DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ME1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SNRPF DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CCBE1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
HPCAL1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
HIST1H2BD UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
QSOX1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CITED2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
KCNB1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
IL1RN UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NATD1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
C11orf80 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
AFG3L1P DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TPM1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ETS1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ZWILCH DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SHISA2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
EPB41L4A UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
EPB41L2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ESD DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
E2F7 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
DHRS9 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RHOBTB1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
OS9 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
BMP2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ENPP4 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SSH2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
NDFIP2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NUP37 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CBLB UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
FNBP1L UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RP11-420A23.1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RPA3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
NT5E DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PTK2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
FOXRED2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TCHH UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
AP4S1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
EME1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SNX1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ECT2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CDCA5 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
AOC1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CD70 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
EME2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
AHR UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CDC25B DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
KANSL1-AS1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RP1-102K2.8 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PTPRG DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CD55 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GDA DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
FBXO32 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RFTN1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KIF15 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CCDC186 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
PLXNB2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
STMN1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SLC44A5 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TBC1D8B UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TP53I3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
LIG3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
NNMT DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
RHOBTB3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
BUB1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ACVR2A UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CES4A UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SMC3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CD36 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TMEM184A UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SLC7A6 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TYMS DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
INTS4 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ANKRD29 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HMMR-AS1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KIF4A DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
HSPA4 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CCDC64B UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
DDR1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
FAM83A UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ALDH3B1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MCM5 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RP11-554I8.2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PLEKHA6 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TNFAIP8L1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PEX11A UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SCGB1A1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
DAPK1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CENPU DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PCCB DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PIK3C3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
MUC15 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TRIM29 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
RAD51C DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
EXO1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CCNG2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DLC1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
EIF2S1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
WHSC1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ADD2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ACSL4 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PEX13 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TLCD2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TRIP11 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ANAPC1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MYO1B DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RP11-373D23.2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SLC44A5 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RARRES3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MCM8 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
IL1R1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RP4-717I23.3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TOP1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RP11-400K9.4 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SRCAP UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
YPEL2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
APOBEC3A UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SETD3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SLC35F3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
FHOD3 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
IRAK2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TFPI DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CITED2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
EPS8L1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SLC29A1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ZNF540 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SERPINB2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RP4-758J24.5 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SSPN UP in 'low transepithelial electrical resistance' vs 'monolayer control'
AURKB DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SLC16A4 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RASSF4 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
KRT223P UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ATP13A4 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CPPED1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
P4HA1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SORBS2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
AFAP1L1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RBM43 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MPHOSPH6 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MRPL16 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
OGT UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CHTF18 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ZBTB41 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DBF4B DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PPIH DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CHTF18 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GRN UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TTN-AS1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
WDR76 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RPL22L1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
UCHL5 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SUSD5 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
LETM2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
EHF UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SRD5A1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SPINT1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
NRG1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
GNPDA1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TFAM DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TFDP1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CEACAM6 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
MAF UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GLA DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
HDAC6 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SGOL2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MAP2K3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RSPH3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
EID3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ARMC8 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ZNF251 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
NUSAP1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ISCU DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TUBB4B DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
S100A9 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CDCA7L DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PPIL1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PRR16 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TTLL1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PRSS8 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
PAXIP1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CLCA2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TPRXL UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CTH DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FER1L4 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CPEB4 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KIZ UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TRIM56 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ADAMTS9 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
FCHO2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ADARB1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PLAT DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
COL7A1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
RNGTT DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CAMK2N1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ZNF84 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
AASS DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ANKFN1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MME UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
AUNIP DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SUV420H1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
MTURN UP in 'low transepithelial electrical resistance' vs 'monolayer control'
RANGAP1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
STC1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KBTBD8 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PRPS2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
WDR27 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ATP2B4 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RBL1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
REEP1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KNSTRN DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
FBXO22 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
IFI44 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
MND1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ZNFX1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RP11-159G9.5 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CTC-241F20.3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
INPP5F DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
UTP15 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SAPCD2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TXNIP UP in 'low transepithelial electrical resistance' vs 'monolayer control'
PRPS2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RORA UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
MTFR2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SNCAIP UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
AHNAK2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CDC6 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CYB5R1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CYLD UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
STRIP2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
EMP3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NCK1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PSD4 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
KIAA0101 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CFL2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PRSS23 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
HBEGF DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
C1orf74 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
MSH2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
HIST1H2AG UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ADORA2B DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
IDS UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CALCOCO1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
RP11-434B12.1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
FGFR3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
MYH14 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
FAM107B DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
EPS8L1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TTC22 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CCNE2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PDE12 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MSANTD3 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
LEPREL1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GPRC5A UP in 'low transepithelial electrical resistance' vs 'monolayer control'
AGR2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SLC6A14 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CLDN8 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
MTUS1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SLC6A14 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ABCG2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
KDELC2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ALPP UP in 'low transepithelial electrical resistance' vs 'monolayer control'
LSM4 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
P4HTM UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
C1orf116 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PAQR5 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SLC45A4 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ACTR3B DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
FADS1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RIOK3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SLC7A11 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
KRT17 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
EMP1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SLC8A1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
COPS3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
AP4S1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
UROS DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TMCC3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TPX2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
NDUFV3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PHTF1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PSME3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PGAM5 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
DIXDC1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CCDC80 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CFLAR UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
APOBEC3C DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PHB DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ERBB2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
EREG DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CENPA DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PHF5A DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MTBP DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RP13-238F13.5 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
DBP UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NUP62 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CDR2L UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ARHGAP23 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CA2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
GPR115 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ARHGAP23 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TIMM10 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CLYBL UP in 'low transepithelial electrical resistance' vs 'monolayer control'
LPXN DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RP11-342L8.2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SLC35B4 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PAPPA DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
DENND4C UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
KIAA1524 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
L3MBTL1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SKP2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RHOBTB3 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
MYBL2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CENPN DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NOP56 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ACTR3B DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TFB1M DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ZNF207 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SEMA4B UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ZNF268 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CELSR1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CREB5 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
OLR1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
YKT6 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SERPINF1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CTNND1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SEPP1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GINS4 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ATXN1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
STAT2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RP11-774O3.3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
FOSL2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
NCAPG DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ENPP5 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PDZK1IP1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SRD5A3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HSPA4 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CNGA1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
MACROD2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KIF2C DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CD70 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ALDOC UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
C10orf99 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
LRRC59 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TAF5 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
FGD4 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
RRM2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TBC1D31 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
C4orf47 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ARMC9 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PNPLA3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RAD54B DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SPRR1B UP in 'low transepithelial electrical resistance' vs 'monolayer control'
MCMBP DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CCBE1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RCOR3 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
UBE2T DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
RAB32 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CCDC176 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
AP001372.2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SYNCRIP DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
COL7A1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ING4 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
C17orf89 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CRIP2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
HMBS DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TAF5L DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PRIM1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PID1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
IL1A DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
STAMBPL1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
GPR137B UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TUBB DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ITPR1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
GSTO1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
BEAN1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ITPRIP UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ARSD UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CCDC146 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
IKZF2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SDC1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
IRF5 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
LRRFIP1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SGPL1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CPSF2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LMF1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
DOCK8 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SLCO1B3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HLA-E UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
OGT UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CLIC5 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
C1orf101 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
NCAPG2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DUSP5 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
KLK8 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
GSN UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CTDSP2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RFC5 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
COQ3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MYH10 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
DLGAP5 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CDH1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SNRPB DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
NXPE3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
OTUB2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
NUP160 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TMEM80 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SOX4 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PROSER2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MIS18A DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TMEM98 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PHTF1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HMGA1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MN1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PRMT6 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CDH2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
POP1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CCDC186 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SH3PXD2B UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
APOL6 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
G3BP2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ATP1B1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RND3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ANLN DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
IL6ST DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
NAV3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
FIGNL1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CITED2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SMAD5 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MAP9 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SPC24 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SIX4 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CHN2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HAUS8 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SPRR3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ZNF404 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PAG1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SLC17A5 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HEY2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
BROX DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
IL1R2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KLF6 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
NUSAP1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SAMD9L UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TTC39A UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
EPPIN UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SAMD5 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SMIM14 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TOM1L2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SSBP2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CYP2E1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RP11-500C11.3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HAUS2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
OPLAH UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LHFP DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FABP4 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CALML5 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GPATCH4 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TMEM45A UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TMEM117 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FBXO5 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CES4A UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TREM1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MAD2L1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
TCF4 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RCC1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CAST UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
FRK UP in 'low transepithelial electrical resistance' vs 'monolayer control'
MYH10 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
HMBS DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
C7orf60 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
N4BP2L2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SPRR2A UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ITPKC UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
KDM4B UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
LHX2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MAP7D2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ASAH1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
B3GNT8 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FBXO5 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
VGLL3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
JPH1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
IDI1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CYLD UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
NUP210 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PFAS DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PLD3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
KLHL18 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
KCNB1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ZNF511 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
OPTN UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ASAP3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
MFI2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
GTF3C3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ANP32A DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CORO1A DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ATAD2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
KNTC1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LMBRD1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ALS2CL UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
IGFL1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TGFBRAP1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ATL1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
D4S234E UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MMRN2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CENPM DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
LIG3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CCL28 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
R3HDM1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
BIRC5 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SLC29A1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MAD2L1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SLITRK6 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MCM5 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PKP4 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ATP6V1G1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ME1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RRP1B DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RP11-541N10.3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FRY UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LPCAT4 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
BTG1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
EXOSC7 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PDGFRL DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KLHL7 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ZNF404 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PAIP2B UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RRAGD UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SHISA2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
UNC5B UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CLIP1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TMTC2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CENPA DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
TTC7B DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CCDC80 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
WDR76 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ERI1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ADARB1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
RPS6KA5 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NUP37 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PSD4 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
FAM169A DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ABAT UP in 'low transepithelial electrical resistance' vs 'monolayer control'
PTTG3P DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PSRC1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ZNF280C DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NUDT5 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
AKAP12 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CHN1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HS6ST2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
KRTDAP UP in 'low transepithelial electrical resistance' vs 'monolayer control'
C10orf54 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SSH3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ROBO4 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
KIF11 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PNPT1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
BPTF DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CENPH DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
DDX5 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TMEM201 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ERI1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
C15orf62 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TLR4 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
JPH2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
DAPK2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
MKI67 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
LIPG DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
FIBCD1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PSAT1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
RASSF6 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CDKN1C UP in 'low transepithelial electrical resistance' vs 'monolayer control'
DMXL1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
NUDT1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
BTG1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PDGFD UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DUSP3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RNASEL UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PLAT DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
EPHA4 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PDCD4 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ACER3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SLC2A5 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CRYAB UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DHFR DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PLEKHA7 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
DAPK2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RP11-83A24.2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
FOXP4-AS1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TXNDC9 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DDIAS DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
RIN2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CENPO DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
DNAJC4 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SUV39H2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ARHGAP26 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CDT1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DBF4 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TUBGCP4 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
MMP10 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
BMF UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
UNC5B UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ERVK13-1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MAP2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FADS1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PDCD4 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FAM114A1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SERPINB1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CPEB4 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SIPA1L2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LINC00963 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
MARC1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CSTF3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RAB32 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ARSD UP in 'low transepithelial electrical resistance' vs 'monolayer control'
RP11-363E6.4 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
EMC8 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CPPED1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CSGALNACT1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CREBRF UP in 'low transepithelial electrical resistance' vs 'monolayer control'
KLF11 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ASPM DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SYNJ2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
GNRH1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TMEM173 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SNX5 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CHEK1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PSMB2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CYP2E1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GMNN DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ZNF84 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TFEB UP in 'low transepithelial electrical resistance' vs 'monolayer control'
PGLS UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GHR UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
IFI6 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
HS6ST2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PIK3CA UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MRPS10 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ERBB3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MRPS12 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CREBRF UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DNAH11 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
PLK1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
BHLHE40 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TRAPPC10 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KCNQ1OT1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SERINC5 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
HSD11B1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
DDAH2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GLRX2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
KDM6B UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CMTM7 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SH3KBP1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
C10orf99 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
EPPIN UP in 'low transepithelial electrical resistance' vs 'monolayer control'
PAPPA DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CENPE DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
KRT4 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
KLHL18 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ODF3B UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CTSO UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ACLY DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ORAOV1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CD36 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NDC1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KDM5B UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
STEAP3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
C4orf3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FLG-AS1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SRD5A1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ADAMTS12 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SLC25A13 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
KIAA1524 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
COX11 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PREPL UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
HPGD UP in 'low transepithelial electrical resistance' vs 'monolayer control'
PRR5L DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CARD6 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SAMD5 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
GOLGA8A UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RFC2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TACSTD2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KIF11 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
LURAP1L UP in 'low transepithelial electrical resistance' vs 'monolayer control'
FTSJ2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TOLLIP UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CDC20 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
THSD4 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
STAG3L1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ZNF286A DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
IFNGR1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
DFFB DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
BCL6 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CLCA2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MRPL19 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HMGB1P4 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FABP4 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SEPHS1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
FEN1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
C12orf45 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
YPEL3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
DEPDC1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
IRF6 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ZNF365 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
STX12 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
BUB1B DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MRTO4 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LIN7B UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RAD18 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SLITRK6 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ARAP2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ADIRF UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SMC3 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CASC5 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SFMBT1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SDCBP2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
MXD1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
NEXN DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
NATD1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CTB-36H16.2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SH2B3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
STK10 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PCSK5 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ETS2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
COL4A1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ASPA UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
FAM126A DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FEM1B UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ACOX2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CENPJ DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ANKRD29 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SULT1E1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ISOC1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ADSSL1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TMEM159 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TFEB UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TMTC2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ACSL4 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GALNT12 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SLC22A4 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PABPC1L UP in 'low transepithelial electrical resistance' vs 'monolayer control'
NGFR DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SLC15A2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
COQ3 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
NR4A2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
FAM167A DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
BCAS4 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CTH DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
IGFBP7 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CTA-29F11.1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SLC25A16 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MCOLN2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TOP2A DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
NIPAL3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SLC39A8 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ORAI2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
USP13 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
HPS3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SORL1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SAMHD1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MCM6 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MFSD2A DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
NUCKS1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ASAP1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SAR1A DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
UBE2C DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
RP4-614O4.12 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SLC8A1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
RASSF7 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
MCM4 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NME7 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
MCM4 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ALOX5AP DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
KLF10 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CENPL DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DENND2C UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
AMIGO2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CTSS UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
POLA1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SNCG UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
APPBP2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RIOK3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TRIM52 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
L3MBTL1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
GNAL UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SHMT2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
S100P UP in 'low transepithelial electrical resistance' vs 'monolayer control'
PLD1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
POLA1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ACACA DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CDC25C DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TRADD UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ASAH1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ENO2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
MPZL2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ETS2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NCAPG DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CDKL1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TXNIP UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
IDE DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
RAB11FIP4 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
EIF1AD DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
OSBPL5 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
RP11-554I8.2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SCD DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MRGBP DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
DEK DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
GM2A UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
STIL DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
DLX2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
THOP1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HPSE DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
FXYD3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
RCC1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SERPINE1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
LTBP2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
FOXC2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ABCG1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ST6GALNAC2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SLC29A1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ADAM8 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CA12 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ATP6AP1L UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
NDRG1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FOXO1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
DEFB1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TRMT11 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ESD DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
(Factor value) PHENOTYPE/plateau transepithelial electrical resistance
plateau transepithelial electrical resistance
STMN3 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
MGAT4A UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
UBAP2L DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HPCAL1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MYO9A UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
NCK1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
FARP2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TNIP3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
KRT78 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TK1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ARHGAP5 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
NCBP1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SDR42E1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CHAF1A DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SULF2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ZWINT DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MRPS12 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PHF10 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
RNASEH2B DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PHACTR3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CES2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
POLH DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
IGFL2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
RNF180 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SEC24A DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HCFC2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
EEF1A1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SETD3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
COL28A1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
POLA2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
FAM110C UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ITGAE DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
NDRG1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TNFSF10 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SPTSSA UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SLC15A2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SULT2B1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SEC14L2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
EPPIN UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
EMP1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PALM2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ABCC3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
NEK2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MYO19 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
NABP2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
NIPAL2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
PARP1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
LZTFL1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
APBB2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PPARGC1A UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
WBP1L UP in 'low transepithelial electrical resistance' vs 'monolayer control'
DUT DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CYB5R1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SLC35B4 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CXCL1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
(Factor value) PHENOTYPE/low transepithelial electrical resistance
low transepithelial electrical resistance
HRK UP in 'low transepithelial electrical resistance' vs 'monolayer control'
MXD1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
INSC DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
C14orf28 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
GABRP UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ATP5G1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DNAJB1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RP11-498C9.15 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CLEC2B UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RP11-96D1.11 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TOMM40 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PPM1H UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TEAD4 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
EFEMP2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
DEPDC7 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CLYBL UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PHF14 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
KIF15 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TRMU DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LMO7 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CCDC149 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RABGAP1L UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
STEAP1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PCDHB10 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PUS10 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KLHL18 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RND3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ARHGAP5 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CHAC2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
RHOU UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
VRK1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
FANCD2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
EPRS DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
FDFT1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SYTL1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SEC14L1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
RPAIN DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
KIAA0101 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
C12orf75 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
VKORC1L1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PIK3CA UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SYT7 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
RP11-395B7.7 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PURB DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
LRP8 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
AGMAT DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
TLR1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
EXOG DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
C9orf40 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PIGX DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SCGB1A1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SYTL5 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
LTBP4 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CENPI DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
DDHD1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CRIPAK UP in 'low transepithelial electrical resistance' vs 'monolayer control'
UBE2T DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TMEM38B DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CTSC UP in 'low transepithelial electrical resistance' vs 'monolayer control'
KANK4 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
QRFPR DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ISG20 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
NEAT1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RARRES1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CLIC3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PPID DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
C9orf152 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
UNG DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
GNB1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
COL1A1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NPNT UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NRG1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HNRNPD DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ENPP5 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
GALNT12 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NT5E DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CCND2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
UBASH3B DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
UBL3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SYT8 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ZNF431 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SERPINB13 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
C10orf10 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
USP31 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
MMP28 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
GTSE1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
DLC1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MGEA5 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
NT5DC3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
COTL1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
OFD1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SERTAD3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FOXC2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TMPO-AS1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ARHGAP42 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
IGFBP7 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
KRTAP2-3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
C1orf116 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CEP70 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
DCBLD2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RP11-166D19.1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
C5orf34 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PDCD2L DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CTSV UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TLR5 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
GLRB DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
TLR3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RFC3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
UGGT2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
BNIPL UP in 'low transepithelial electrical resistance' vs 'monolayer control'
UGGT2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SLC39A8 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PARVA DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
GRHL1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
JUNB UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
AGPAT9 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
AHSA2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TCHH UP in 'low transepithelial electrical resistance' vs 'monolayer control'
NCF2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ENO2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RUVBL2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
BICC1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TAX1BP1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
GM2A UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SHMT2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
TTC39A UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NUDT15 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FAM169A DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
DCTN5 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SNX5 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RNF24 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
LMNB1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
MMAA UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
DNAH14 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CDCA3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ZNF616 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
UPP1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TRA2B DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PMEPA1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MAF UP in 'low transepithelial electrical resistance' vs 'monolayer control'
S100P UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
EPB41L2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
BAZ2B UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TEAD4 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
LMO7 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
FOS UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CENPI DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RNFT2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
WDR78 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
C1orf174 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SYTL2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
BRIX1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
POPDC3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
IGFBP3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LSM11 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
RAB40B UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MNS1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
NEAT1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
WDR34 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ADCY3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FER1L4 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DNAJC10 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
HDAC11 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SPAG5 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RFC3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TTC18 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ERVMER34-1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SLC46A1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
C1R UP in 'low transepithelial electrical resistance' vs 'monolayer control'
NR3C2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PPP1R3B UP in 'low transepithelial electrical resistance' vs 'monolayer control'
GNG11 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SLC31A1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
GULP1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
FANCD2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CDK2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PCDHB10 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SYT8 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NPEPPS UP in 'low transepithelial electrical resistance' vs 'monolayer control'
GAA UP in 'low transepithelial electrical resistance' vs 'monolayer control'
DSC2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MXI1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SLITRK6 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TWIST2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
RP11-588K22.2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ZBTB47 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PCAT6 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
UBN2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
HSPD1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
DHRS9 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
HSP90AA1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NR2F1-AS1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
COL4A2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ACE2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
C20orf27 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SLC25A37 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CUL4B DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
EFNA4 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TINCR UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CFLAR UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ARHGAP32 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PIGN UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LTBP2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ZNF503 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CDC25A DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ST3GAL6 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
TBC1D24 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
DCLRE1B DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
AIFM2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
FANCB DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
E2F1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
OLR1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
MSLN UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CHAF1A DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CENPF DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ATL3 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ZNF117 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
GCH1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RFC4 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
NRP2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
GAS2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CDCA2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
KNSTRN DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PPARG DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
FDFT1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SLC6A15 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
WLS DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
WDR5 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SYNC UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NARS2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
USP1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
MLKL DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PRR16 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
FYB UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
FLG-AS1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
FZD10 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
XRN1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
NXPE3 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
FBN2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MAOA UP in 'low transepithelial electrical resistance' vs 'monolayer control'
C1orf43 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TIMM10 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DOCK11 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MYH14 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
IRF6 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DFNB59 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CARS DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ELOVL6 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RP4-717I23.3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ZNF398 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CSE1L DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ANAPC13 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CXADR UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CTSC UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SMAD6 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
YPEL1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LPCAT4 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SDPR DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ZNF239 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SH3YL1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
VCAN DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
MASTL DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
COL4A5 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
C6orf132 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TSR1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SSFA2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CBLL1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
NMRK1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RP11-757F18.5 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
C1orf112 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MSRB3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ARSD UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SASS6 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
BRIX1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SGOL2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NCAPD3 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
EMC8 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DBF4B DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KLK7 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SEMA6A UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PMAIP1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PDS5A DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
NOX5 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PAIP2B UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FAM114A1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
NME5 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SKP2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SLC6A8 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
HNRNPDL DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RILPL2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TJP2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
NLRP1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
WIPI1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
L1CAM DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ELP2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PEX6 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
FLVCR1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MTHFD1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CCT2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GUSBP1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TRIM71 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TMEM156 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
WDR5 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ARIH2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CHD9 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
HES4 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CD82 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
FAM167A DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RP11-420A23.1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TMC4 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
VAV3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
C11orf63 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TEX30 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
MMP28 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DOK7 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SLC35A3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LINC01133 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CKS2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PTGER4 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GPATCH4 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ERVK13-1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
FAM114A1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ZNF750 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CRNDE UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
STX7 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
VCAN DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
BIRC5 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CCND2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
HMMR DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RNF24 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
NEDD9 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
HDAC5 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
MED28 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RALGDS UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NUP107 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
VPS13C UP in 'low transepithelial electrical resistance' vs 'monolayer control'
MAD2L1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
LDHB DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
AKTIP UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
COL2A1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
C5orf46 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MKI67 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CDCA8 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
KIAA1407 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
HS6ST1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ITPR1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SLC44A3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SP140 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
IFI27 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PAM UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TSPAN1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
LEAP2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TSR1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GRB14 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FLVCR1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MICAL2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PTPLAD1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
GPR180 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
S100A9 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CIART UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
OAS1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
BASP1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
C1R UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
IGFBP3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
RP11-670E13.6 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
HLA-E UP in 'low transepithelial electrical resistance' vs 'monolayer control'
BMP2K DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
XDH DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ZNF846 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DUT DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CCDC150 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KIF2A DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
AASDHPPT DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CCNDBP1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PRRT3-AS1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
MMP9 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ESCO2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SLC2A5 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ZEB2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
LRP8 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CMTM7 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ZNF268 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
DKC1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GOT1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GALNT2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
IL7 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
FAM64A DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ISM1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
OS9 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ALG8 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PDXK DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
DHRS1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DCLK1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
KIAA1841 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
COPS3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
B4GALT5 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
AKAP13 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RPL37 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
MCM7 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
IL7R DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
FXN DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
BIRC3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
KCTD11 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MTL5 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CENPU DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SIPA1L2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CCNB1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MCM7 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
GBP2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ATXN3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LY75 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GNB5 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CAMK2B DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SLC12A2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MASTL DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
FOSL2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ACAT2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CLDN4 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
MUC16 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MICB DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
KIF4A DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CAP2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
METRNL UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RP11-159N11.4 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
AC009133.12 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CELSR1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ALDH3B2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CHAF1A DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SPG11 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CD24 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RPS6KA5 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
AP4S1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
LPAR6 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
COL8A1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
VARS2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FBRSL1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PNRC1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
PRIM2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
LEF1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PLXNB1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CA12 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PPIH DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
WFDC21P UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SEMA6A UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ADAM19 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
RP11-303E16.2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
AREG DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CEL UP in 'low transepithelial electrical resistance' vs 'monolayer control'
PRSS23 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
OCLN UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SLC39A2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CCND2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TRAIP DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DLC1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CAPG UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
KIFC2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TTC22 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NUP155 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KRT78 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CDCA3 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ST6GALNAC5 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RHOBTB3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TMEM27 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
XDH DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FAM64A DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
POLA2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
UPP1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
NEK6 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RP11-172H24.4 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DRAP1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RP11-172H24.4 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PRDM1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TCF19 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SMC3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PGP DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SRPX DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PDCD2L DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
KIFC2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PERP UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CCNDBP1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
PLCD1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GLUL UP in 'low transepithelial electrical resistance' vs 'monolayer control'
RP11-774O3.3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LAMP2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ATP1A1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CCNL2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ALPP UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CTD-2228K2.7 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
FGF2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SLC7A11 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
EFNA1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FAM210B DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CCL28 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
WRAP53 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
EBP DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
KLF8 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ARHGDIB DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CHST7 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CKS2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PTX3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DUSP6 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PDZD8 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RRP36 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MIR3939 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ADAM8 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
DHCR7 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
KLHL29 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
DHTKD1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
DSCC1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CARD18 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
MSANTD3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
DAW1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
YPEL5 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
MAGOHB DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ARSB DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PARD6G UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LIPH UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CRELD1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
HPSE DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TXNRD1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
EFEMP2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ARG2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NEIL3 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
TBC1D8B UP in 'low transepithelial electrical resistance' vs 'monolayer control'
FAM213A UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
EXOSC2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
S1PR5 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
MRPS12 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
LMO7 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KLF5 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ZNF846 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PDCD4 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
NMU DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PLK4 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CYLD UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ANXA4 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RAB31 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
LCP1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PLAG1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
FAM49A UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ENG DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GAS2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
HIST1H2BG UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MAOA UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DUT DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
OVOL1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CCNDBP1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TMEM134 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PDP2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
HOTAIR UP in 'low transepithelial electrical resistance' vs 'monolayer control'
PLK2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
RBM43 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
A2ML1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NUDT21 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FAM13A UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ZFP36L2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SEMA4D DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DUSP4 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NPEPPS UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CTB-167B5.2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
EMR2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
HPGD UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TMEM254 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
STRA13 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PPP1R3B UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PI3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LMBRD1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
NT5DC3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
FASN DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
C3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
KLF8 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
MCAM DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
MYBL1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LINC01405 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NDFIP2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
WDR76 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
GRN UP in 'low transepithelial electrical resistance' vs 'monolayer control'
MRPL39 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MACC1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ULK1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
DLAT DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MALAT1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CCNG2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
GSTM4 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CSRNP2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NRP2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
RP11-119F7.5 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
AKAP12 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HMGB3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
Analysis of 'low transepithelial electrical resistance' vs 'monolayer control'
KIF23 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TARSL2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CCNE2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
DSC2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
EXOSC3 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
GPR137B UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RASSF6 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ZNF395 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
RALGAPA2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
LAT2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RRM1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
DKFZP586I1420 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GUCY1B3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CLCA4 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CCDC64B UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ASPM DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GNAS DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
OLFML2A UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
COTL1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
HOMER2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
FDFT1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DNAJC15 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
MYL5 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ATM DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
STS UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
FASTKD3 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
DEPDC1B DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
TMEM97 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
TP53TG1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GNAL UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SERPINB5 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SERPINF1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
EGLN3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
KLRD1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PTK6 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
BBS7 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
BLVRB UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ARMC8 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CENPN DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CHPT1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HMGB3P1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
KIRREL DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
BCAS4 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PDE4DIP UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
GLS UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SLC35B4 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FAM213A UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ZNF83 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SLPI UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PMCH DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
POP1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PHB DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TUBGCP3 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
NNMT DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PRC1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SSFA2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SPTLC3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SIPA1L2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ANO9 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
STIL DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LRRC34 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TNFRSF25 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ZFYVE1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
C8orf48 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GPATCH2L UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
NADSYN1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TAPBPL UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
GALNS UP in 'low transepithelial electrical resistance' vs 'monolayer control'
RAB18 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
RP11-747H7.3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SLC35E4 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FOS UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SMIM13 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
C5orf34 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TMX3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
C6orf132 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PPARGC1A UP in 'low transepithelial electrical resistance' vs 'monolayer control'
LINC00894 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
OSBPL6 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ABCF2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KRT15 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CDH16 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ZC2HC1A UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MAGOH DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ASAH1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
FAM107B DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
DDX39A DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ELF3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
BBIP1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SKA3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
C10orf54 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CDC6 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PCAT6 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
KRT6B UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SOX6 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
EAF2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FXN DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MCCC2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CBR3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ABAT UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ACOT7 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RND3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SFRP1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
GINS1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TBC1D30 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
NLE1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LURAP1L UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
STMN1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
IQCG UP in 'low transepithelial electrical resistance' vs 'monolayer control'
GDF15 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
OSBPL6 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SVIP DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MTHFD2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MTHFD1L DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PTPRG DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PTGS2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SGPP2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
COQ4 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PID1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
FXYD3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CBX5 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
BORA DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
RAPGEF2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TROAP DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CUL4A DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SLC35G1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
INTS4 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
NABP2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PLD3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CASC5 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ANAPC1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RP11-9E17.1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HSP90AB1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RHOBTB3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RABGAP1L UP in 'low transepithelial electrical resistance' vs 'monolayer control'
WWOX DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
HELLS DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CCDC30 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SEMA4D DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
REEP6 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PHEX UP in 'low transepithelial electrical resistance' vs 'monolayer control'
RPAIN DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FAM219B UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LRRK2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
MAPK8IP3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RUVBL1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SERPINB5 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ST3GAL5 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SSBP2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RPL39L DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MCM3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MIS18BP1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RP11-541N10.3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
KRCC1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
C12orf79 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
KLHL23 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ID2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
MSLN UP in 'low transepithelial electrical resistance' vs 'monolayer control'
WDR91 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ZBTB47 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CNOT7 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
HIST1H2AE UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CDKL1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ACKR3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PCSK5 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
C10orf54 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NUB1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RAB11FIP1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
DYNLRB2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
FANCA DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
TSEN15 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
RP4-614O4.12 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TFAM DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TMEM178A UP in 'low transepithelial electrical resistance' vs 'monolayer control'
NOTCH3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CELF1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TNNI2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SLC2A3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SPRR1A UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ARHGEF39 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SFXN1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
VPS8 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
IFI44 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RP11-361F15.2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TBC1D30 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
FAM84A UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
FUT8 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CCNF DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
DSP UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GAA UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SEC14L2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SPC25 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RAPGEFL1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
FAM46B UP in 'low transepithelial electrical resistance' vs 'monolayer control'
FHOD1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ENSA DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
NSD1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HRK UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
INF2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SPATA5 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PMS1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CDC27 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SMIM4 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SLC25A13 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SFTA1P DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
RAB40B UP in 'low transepithelial electrical resistance' vs 'monolayer control'
PCIF1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CENPK DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TACSTD2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CDKN1C UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
GNAS DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CLINT1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RSRP1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
MCM10 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
FGFR1OP2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
C6orf106 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CDC20 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
STRIP2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SUV39H2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GAS2L3 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PTPN11 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CLDN1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CEP83 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ETV1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
HIST1H2AC UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
IFI44L UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MCTP1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
DDHD1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TNFSF14 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SLC2A6 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PHACTR3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PLEKHA7 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RRM1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
IL7R DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
LARS2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PPM1F DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
WHSC1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
KDM3A UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CTC-428G20.3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
MLLT3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
GART DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ALDH3B2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
MBNL1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
IRS1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RTN2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TAX1BP1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
IQCE UP in 'low transepithelial electrical resistance' vs 'monolayer control'
FGFR1OP DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GULP1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
GAS2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
IDS UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
BTG1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
E2F8 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MYO5B UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
HDAC11 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
KLHL28 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NDRG1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
LINC00894 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MIS18A DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
WHSC1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
BCL2L12 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CEP128 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
AGO2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PTGR1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
TGFB2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
TBC1D8B UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TTC17 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
GUCY1B3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DONSON DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HMBS DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
XRN1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PDCD2L DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PHF19 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ARL6IP5 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
KCTD14 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RP11-49I11.1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
NUP93 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PGAM5 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SFXN1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ITM2B UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SDC1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
VGLL4 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
RP11-12G12.7 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
RAB15 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
GEMIN4 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SULT2B1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
RNFT2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
IFRD2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
AURKA DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
IDH3A DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MLLT4-AS1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SLC2A1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
EARS2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ABCG1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
IGFL2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PTGS2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DTL DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MCCC2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PTTG3P DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
HBP1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
C4orf3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
FAM49A UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CENPV DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ZNF600 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
MLEC DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
N4BP2L2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CD24 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ARHGAP18 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HPS3 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SMIM14 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HMGB3P1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MPHOSPH9 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TMEM38B DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SDF2L1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SYBU DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PVRL4 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GANC UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CHM DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CEACAM6 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RP11-119D9.1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
REEP1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
GCLM DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SESN3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SLC2A3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TNFSF14 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
NTMT1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
DKFZP586I1420 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
LCA5 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TRIB3 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
RP5-1039K5.17 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
GLCCI1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
MTHFD2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LAMC2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
AGMAT DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TK1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GADD45B UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
DHCR7 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CCNG2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
PKP4 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
WWOX DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ETNK1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SLC19A1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
C4orf3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
GNG11 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MEIS1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TMPO DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NEBL UP in 'low transepithelial electrical resistance' vs 'monolayer control'
GARS DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
NF2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CYP4F3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CEP78 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ATG12 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CAP2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CDC25A DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
GGH DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CES2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SCEL UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
KBTBD6 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
GPR115 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
AFAP1L1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MACC1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
IL27RA DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ALDH6A1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
PRIM1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
WDR78 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SLC39A10 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LURAP1L UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LGR4 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SBSN UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ERBB3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CYB5B DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MRPL52 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PCDHB10 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
MCMBP DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
TOP2A DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ZNF273 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
C9orf91 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
STAM2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MICAL2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MPP7 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
MATN2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
WWTR1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
KDM6B UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
HIST1H2AC UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NSD1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
EXOSC8 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
LAMA1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PBK DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
COQ4 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PDK3 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SYTL2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FA2H UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
OAS1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
VRK1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CFI UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CARD8 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PHGDH DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ERVK13-1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
GABPB2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TRADD UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TSPAN5 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
FAM201A DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HOPX UP in 'low transepithelial electrical resistance' vs 'monolayer control'
PAG1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SMCO4 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
IFT43 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
COL8A1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
HSPA4 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
APOB UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
AC004985.12 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TNFSF13B UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SPG11 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
AKAP12 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ESYT2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
HIST1H2AG UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PTN DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SNRNP48 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
KLK10 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
BAZ2B UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
POLA2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
OLFML2A UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
FLVCR1-AS1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
COX15 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MMP10 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
DUSP4 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
YKT6 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
NR4A2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ST6GALNAC5 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
AKAP9 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SEC22C DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
VGLL1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ALPP UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
BCLAF1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
BNIP3L UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
KIAA1841 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
HSPD1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
TMEM33 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
IRF1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
EEF1E1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ZNF91 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ODC1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PFKFB4 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
GPR115 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TMEM201 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ANKRD17 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
APBB2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
LOX UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NUSAP1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SPRED1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SLC4A11 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PLEKHG1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CYP39A1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
MREG DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SGPP2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SORBS2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TLCD1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
GRTP1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PLA2G5 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PTK6 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
GINS3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TSPAN4 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TMEM97 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PRKDC DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ARMC9 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
BRWD1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
UTP15 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
NOL3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
PPIF DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
LINC00669 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
MYLK UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RP11-303E16.2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SEMA6D UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
DST UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NTN4 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
C1RL UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TROAP DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PLEKHA2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SPINT1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ESCO2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SMIM13 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ELF3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
C15orf65 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
HELLS DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
HSP90B1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PRDM1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TARSL2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ITGB8 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CXCL16 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GPSM1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
IFIT2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ZEB2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RGCC UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PI3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
MYLIP UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
C19orf66 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ROS1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
INHBA DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
GLRB DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CDC25B DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
EPB41L2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
TLR5 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PPP2R2B UP in 'low transepithelial electrical resistance' vs 'monolayer control'
RASGRP1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PDE4DIP UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ANO9 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
MTHFD1L DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ACE2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
KIF18B DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SLC7A6 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
BCL2L11 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
NETO2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SPAG4 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RNASEH1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
THBS1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
OIP5 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
IRF7 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
AHSA2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ZNF540 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SERPINB13 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TSPAN31 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
DSG3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
VGLL4 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RTN4IP1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MFGE8 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RP11-253E3.3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ACKR3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SEZ6L2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
NCBP2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
GPD2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SCAPER UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
MIB2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TSPAN4 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ZNF511 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
FJX1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TEAD4 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CCDC149 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CLIP2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
LYAR DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RASEF UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RAD51C DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
IKBIP DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TRIM71 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TLR1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
GGPS1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SFXN1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DNAJC10 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
STAMBPL1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CTA-29F11.1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
LINC00963 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LL22NC03-N14H11.1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PAQR3 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
NRP1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ZNF185 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RFK DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TMEM126B DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MPZL2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ACER3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TIMM17A DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
APCDD1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SEC22C DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
FAM167A DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MRPS2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
L2HGDH DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ID2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MTHFD2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
DARS2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TMEM106B UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PNO1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MMP9 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
HSF2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MGP UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
NFIB DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
IER5 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SLC19A1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RNF141 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ANXA11 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SCML1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ANKRD12 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TIPIN DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FBXO3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SERPINE1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ACTN1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PDLIM7 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
AUNIP DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SEMA6D UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RNF103 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
UNG DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SPTLC3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
AC004381.6 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ACSL1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
PEG10 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TDRD9 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
COA7 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
RCOR3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
GTF2H1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SMAD6 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FAM83A UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TSEN15 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SBSN UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PITPNM3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
MMAA UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GPX8 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
OSBPL2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PRMT6 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
FLVCR1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
KIF2C DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TMPRSS13 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DQX1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TMPO DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CLMN UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CAST UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SLC38A10 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
DNAJB9 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PLD1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RRAGB UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CYGB DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
C12orf79 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
JUN UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TNFRSF10B DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ZNF766 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
LIMCH1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
HS6ST1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RAB11FIP1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
PTPRG DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HIST1H1C UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
DHTKD1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RP11-747H7.3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
MCM10 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
EBP DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ATP7A UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
EVPL UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CYP4F3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PCDHB14 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FAM216A DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CPEB2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NDC80 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
DSC2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ZNF846 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SLC7A11 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ZNF493 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RP11-166D19.1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ALOX15B UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TCF4 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
C1orf112 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HTATIP2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
HMGCS1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SKP2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
APOOL DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RAB11FIP1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MR1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KPNA4 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SIX1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ADAMTSL4 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
EFHD2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ORC5 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PDSS1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
INPP4B UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CCDC88C DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
GJC1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
GPX8 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
FBN2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SMC2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SLC25A27 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
C1S UP in 'low transepithelial electrical resistance' vs 'monolayer control'
GM2A UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ACOT7 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PCAT6 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PADI2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RP11-395B7.7 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CAMK2N1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ANKRD22 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ZNF292 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ZNF616 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RFC4 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
MAFB UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
WFDC2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
GHR UP in 'low transepithelial electrical resistance' vs 'monolayer control'
AP1S2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ZNF330 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SERPINB7 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PPA2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SH3TC2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
POLI UP in 'low transepithelial electrical resistance' vs 'monolayer control'
GNG2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
DSCC1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
LRIG1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
GCNT3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PRTG DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DUSP10 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PARP9 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ARHGDIB DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
KIF14 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FOXO1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
FOXM1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ESR1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DNAJC4 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CTSS UP in 'low transepithelial electrical resistance' vs 'monolayer control'
NUP210 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
FAM83D DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RIPK4 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FGF2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
HMGA2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
FOXO1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
COL4A5 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RPL13 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MEGF6 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PRMT3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ROS1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SCLY DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RNF11 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
(Factor value) PHENOTYPE/monolayer control
ACD DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
UNC5B UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ZNF292 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GHR UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PGAP1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
APOO DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
LIG1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SMC1A DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ABCC3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TMEM56 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
WDR34 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
FEM1B UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SRPX2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ACD DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ANXA11 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KLK7 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FAR2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PDE6D DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ZFP69B DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
DNAJB9 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
A2ML1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
DLX2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PALMD UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PRRG4 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
MLH1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RNASEH2A DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TMEM63C UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CHEK1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TSPAN31 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SCLT1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MPHOSPH6 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CEP152 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ENAH DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ADAMTS12 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TSR1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
RHOBTB3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CDC7 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PCDH7 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SRSF1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CLDN7 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
RBM17 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
TMEM87A DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RNF207 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
UBASH3B DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CCNB2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PRKACA DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RUNX2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ODF2L UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PPM1L UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CALU DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CKAP4 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PCMTD1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
MCM3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
USP1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
DFFA DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
HSD17B1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
GPSM1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GSTA4 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CTB-113P19.4 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
STON2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SLC22A23 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CKAP2L DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
LINC00888 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
TMC4 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
NDUFV3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PALM2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
TCP11L2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
INTS4 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SLC45A4 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ZNF431 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
USB1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
NID1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SH3KBP1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PLXNA3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
GPCPD1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
MRTO4 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CORO1A DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
USP48 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ENSA DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ANKS6 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RP11-568N6.1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RP4-737E23.2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ZNF608 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
GPATCH4 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
STIM1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FST DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
FEN1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MMRN2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KDM4B UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TLR4 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
TWIST2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TDP1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ARRDC3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
NMRK1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
GUSBP1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
FCHO2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
BRCA2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
STC1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
PBX1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
DDAH1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
WDR4 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
HMGA1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
RIT1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ERMAP UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CENPL DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
NME7 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NFKBIZ UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ITM2B UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SLC39A10 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PQLC3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ZNF608 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ATL3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RP11-361F15.2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PTN DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
C12orf5 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
IL15 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
C12orf5 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
FANCI DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FSTL1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RQCD1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ALKBH7 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PTGR1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
WDR26 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CXCL17 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ZSCAN2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
UGT8 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
EPB41L5 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
STEAP4 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DYRK2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
JUP UP in 'low transepithelial electrical resistance' vs 'monolayer control'
PLA2G2A UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RNASEH1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CLIC3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
HDAC8 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
KIAA1586 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ATXN1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TEX30 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CD24 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
DKK1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CCNF DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
IST1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GPR110 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
MARCKSL1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
COL8A1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CHST11 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RIN2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CDCA2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
UBE3B DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
FHL1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PLAC8 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ETV5 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SAR1A DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
LOX UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PARPBP DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DMPK UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PLK4 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CDC7 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PRIM2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KLK10 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
NREP UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
POLR2L DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PEG10 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
REL UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SLC46A1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ANP32E DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RAD51-AS1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
LONRF3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ABCA17P UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MIR3939 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
C19orf66 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
NCAPH DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
AKR1C3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
IFIT1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
NFKBIZ UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ANKRD22 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PHTF2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LCA5 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
WDR12 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ARHGAP18 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
METTL16 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
EMR2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GINS4 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ZNF280C DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
HEATR5B UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
MYL5 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
IKBIP DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SLC20A1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
GAREM UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TNFSF13B UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SPP1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GAA UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SLC44A5 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
PSME3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ETNK1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MAML3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
IRF6 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
RRP1B DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CYP4F3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GUCY1B3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
LCN2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CDK1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
TLL1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SLCO1B3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SYNPO UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NTMT1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
AKIP1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ZNF367 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ASS1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CDKN3 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
LAD1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
RMI2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CYP4B1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
KDM5B UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CARD6 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TRAM2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RP4-714D9.5 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
VPS13D UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TBC1D24 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PRSS12 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
KLK5 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
EDN1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
MPZL3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RAB18 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
IARS DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
HTATIP2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KRCC1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RFK DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RP11-96D1.11 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TNFSF10 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
EHD1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
TTC18 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SH2B3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NR4A2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RFC2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SULT1E1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
LSM2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LRR1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PRPF38A DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
DAPK1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
VRK1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RFWD3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ZWILCH DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SETD3 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SOD2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
E2F1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MAF UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CENPL DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TUBGCP4 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TMEM254 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TDRD9 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ALKBH7 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CNDP2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RP3-449O17.1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
FAM213A UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
DUSP4 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MBOAT2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ATXN1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CCL20 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
EPB41L1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PAXIP1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
YARS DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SPSB1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PRMT3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LIG1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
POLE2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
DCTPP1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ZNF436 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
FRAS1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
UBR2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
NME5 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HS2ST1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RRM2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SLC25A37 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CREB5 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SLCO4A1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
D4S234E UP in 'low transepithelial electrical resistance' vs 'monolayer control'
EFNA3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ZNF395 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
WFDC21P UP in 'low transepithelial electrical resistance' vs 'monolayer control'
G3BP1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
GRTP1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
REPS2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
AP1S1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CA11 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HEATR2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DHRS12 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
IL27RA DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ZNF608 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ADSSL1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
NUP62 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RABEPK DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
AGMAT DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SPAG5 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
WNT4 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FUT11 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TMPO-AS1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
RASGRP1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TM4SF1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SIM2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NFIL3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
RHOBTB3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PDZD8 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CCDC18 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TP53INP2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
STAMBPL1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LSM2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
FAM228B UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ZC3H6 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TYMS DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LZTFL1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CIRBP UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
MVP UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TFDP1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
IFI44 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TM4SF1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RP11-12G12.7 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
BUB1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CYP27B1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
GGT6 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
DHFR DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RAB15 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
EVPL UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FAM219B UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ECT2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SNRNP40 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
GABRP UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SLC22A4 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PKP4 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CCNB2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
AP001372.2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TMEM59 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CELSR2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
KBTBD8 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RP11-434B12.1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SMIM4 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TTC17 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SNAPC3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
LRRFIP1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
PROM2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
FAM111B DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TDP1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ORAOV1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
RP11-553L6.5 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DAW1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ANKRD11 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SNX33 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PTHLH UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
HNRNPD DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
IL7 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PPL UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
MPDZ DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HIP1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LYAR DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ETV4 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MAOA UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
AASS DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DYNLL2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NUDT21 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
KIF22 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
RUVBL2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
LAMB2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
GULP1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
METTL16 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ZNF431 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RPL13 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
STS UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
AKIP1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TAF1A DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
KPNB1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CASZ1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
IGFBP7 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CRABP2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ATP13A4 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CEP78 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MROH1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MICB DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GCFC2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
BMPR2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SPAG4 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
MPP6 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PARP2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
DLX1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
STMN3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CENPN DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SLC39A2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
IQCG UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TMEM165 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PPFIBP2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
GUCY1A3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ETS2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SNRNP40 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
BRWD1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TMEM79 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ASAP1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
IST1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ARL15 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SPC24 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
RPL39L DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DUOX1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
RRP15 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
GSAP UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SPTSSA UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CRYAB UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
FBXO32 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
KIZ UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LIPG DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SPOCK1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MSMB UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RHBDL2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TMEM132A UP in 'low transepithelial electrical resistance' vs 'monolayer control'
MMP13 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CYFIP2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MUC19 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SEC22C DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GJC1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SERTAD1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
KIAA1549 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CDC25C DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
KIAA1524 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GALNT10 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
TNFSF9 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
GREB1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CCNE1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RUVBL1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PCDH9 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CCDC150 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PALM2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
DOCK4 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SPINK5 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SAC3D1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CLINT1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ALDH1B1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
GJC1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ACKR3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SDF2L1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RALGPS1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RP11-49I11.1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
STXBP4 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
WDR78 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
FIGNL1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TMEM125 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TNNT1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SMC1A DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
LYPD6B UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ATP8A1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SLC6A8 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
QSER1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GALNT10 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
WIPI1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CBLB UP in 'low transepithelial electrical resistance' vs 'monolayer control'
PMCH DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PROS1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RP5-1024G6.8 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
FGFR3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ENDOD1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
VILL UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PARP1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SEMA4B UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RNF128 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CHDH DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
GNB1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
HDAC8 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TMEM156 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
E2F8 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
HOXA10-AS DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
TWIST2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
NOL9 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
VAMP2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FAM107B DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
EXOSC3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MAN2B2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SEPHS1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PPM1L UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
BLNK UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
STK17B DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MB UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
EPB41L5 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
FTX UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SERPINA1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PHF19 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CLDN8 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PTX3 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PRIM1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SLC45A3 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
STX12 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SAAL1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PSMG1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
OFD1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
RP11-119D9.1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
AC005154.6 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
RALGDS UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
GOLGB1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SPSB1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
HDAC5 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GPX8 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
DRAP1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
IL1R1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LLGL2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SLC6A14 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
KIF20B DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PDCD6IP UP in 'low transepithelial electrical resistance' vs 'monolayer control'
NUPL1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
DOCK1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
FAM171B UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
APITD1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
LINC00669 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
EPHA4 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RP5-1039K5.17 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PCIF1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TNFSF9 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
TAF1A DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ORC1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MIR210HG UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
WLS DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
OCLN UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LGALS3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
GOLGB1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SYTL1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
MYCL UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
NRP1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ALS2CL UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
FLVCR1-AS1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
GNPDA1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MICALL2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SHCBP1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
HIST1H4H UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PSRC1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
GCLM DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PHF5A DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
AURKA DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
KIFC2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SLC45A3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ITPK1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
MRPL20 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
IQGAP3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
IQGAP3 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CBX3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MYBL2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CSTF2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MAGOH DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GPR155 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ERCC8 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ABCA5 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GNB5 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CSTA UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
KIFC1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KDELC1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KCTD14 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RFT1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
IFIH1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
MMD DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ADM UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ANO1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MRGBP DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GNAL UP in 'low transepithelial electrical resistance' vs 'monolayer control'
MCM8 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CSTF2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MTSS1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
S1PR3 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
USB1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
DYX1C1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
YPEL2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ORC1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RP11-274H2.5 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
H2AFX DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
LEMD1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
FAM81A DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KCNC4 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SH3BP4 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TRAPPC6A UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
A2ML1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RP11-434B12.1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ABCC4 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
OS9 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
NUP210 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LFNG UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ARIH2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
RAD1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ULK4 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
NCAPD2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SMCO4 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PPFIBP2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PRKAA2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CLCA2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ZNF84 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PLK1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
COL4A1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
NRGN DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SLC44A2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ARL6IP5 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TCEAL4 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
GPNMB UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
FA2H UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
MAP3K8 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TNFSF13B UP in 'low transepithelial electrical resistance' vs 'monolayer control'
HMGCS1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CCNA2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CPT1A DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ABHD10 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
L3MBTL1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ACTN1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PRKACA DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SVIP DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CYHR1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ZNF204P UP in 'low transepithelial electrical resistance' vs 'monolayer control'
KLC3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CYB5RL DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TSLP UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MBD5 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
GSG2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MARCO UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SNX13 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CIRH1A DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PHF10 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ATP6V1B1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ATP8B1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SRD5A3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
DHFRL1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RP1-102K2.8 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SLC19A1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
AZGP1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
FGFR1OP2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
IFI44L UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SPRR1A UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SCD5 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CA9 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
EVI2A DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
FLRT3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TOP1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CXorf38 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ENG DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PLCL2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
GLRX5 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FTX UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ACLY DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
STAU2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NOG DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ATP8A1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
BPTF DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ANO1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
RGL2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
DENND6B UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ZGRF1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ELOVL6 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
C1RL UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TMEM45A UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ITGB6 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NAV3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NR2F1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ESPL1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SAE1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
IL1A DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MCM6 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
MBNL2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
IKBIP DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SCD DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ZNF185 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SNX10 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SLC1A3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
EEF1A1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CTD-2228K2.7 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ZNF302 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CLMN UP in 'low transepithelial electrical resistance' vs 'monolayer control'
KRT16 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SAMD9 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RAD54L DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
C15orf65 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
KIAA0247 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
S100A8 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
IL15 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PCDHB14 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SEC14L2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CD47 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
MYCL UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MRPS9 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SNRPD1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PDLIM7 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
BMP2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
NOTCH2NL UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SERPINA1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SUV39H1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LEPROT UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RAPGEF2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
AASDHPPT DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ANP32A DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
DFFA DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RTP4 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
MIR210HG UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LSM3 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
DAW1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SLC43A3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LOX UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CENPM DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TP53TG1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
GNG4 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PAQR6 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
EEF1E1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PITPNM3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CERS3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RP11-932O9.10 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ZBTB4 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
IDE DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CHEK2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RP3-523K23.2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KRT23 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
COMTD1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
GEMIN6 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
WLS DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ETNK1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
C4orf46 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CSAD UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TGFBR3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SYNE2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ULK1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MAML3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ARRDC3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PAPPA DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GAS2L3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
STK17B DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RP4-740C4.7 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DCPS DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KIAA1456 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ETV4 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RAB27A DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
EFHC1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
IKZF2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PDP2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
IDUA UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PTTG3P DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ZNF260 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HCFC1R1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PROSER2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
OTUD4 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
EFNA3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
UBE2C DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DCK DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
KCNQ1OT1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LINC01279 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ISG20 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CTB-113P19.4 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
EPB41L4A UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MRPL4 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RP11-112J3.16 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HIST1H2BD UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CD83 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ZSCAN31 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TMEM87A DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SERPINB13 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SLC25A13 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RNASEH2B DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
RP11-295P9.3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TAX1BP1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
DOK4 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
C1orf101 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GPATCH2L UP in 'low transepithelial electrical resistance' vs 'monolayer control'
MILR1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PPM1F DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ZBTB20 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CCNE1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
IQCE UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HSD17B11 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KLHL7 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CXADR UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TERF2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
LPCAT4 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ROBO4 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CA8 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ORC6 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SHMT2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TRIP13 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CTD-2003C8.2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TCHH UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LHFP DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CLIC5 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ARNT UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SAAL1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ABCC4 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
UBL3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
PVRL4 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
MALL UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
NCAPD3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SPCS3 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
NEXN DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LTBP4 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KNSTRN DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HSF2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ATG12 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MEF2A UP in 'low transepithelial electrical resistance' vs 'monolayer control'
EIF2S1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
TPRXL UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ZNF600 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PTGS2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
COL13A1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SYNCRIP DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SEC31B UP in 'low transepithelial electrical resistance' vs 'monolayer control'
KLF3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
C9orf16 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SLIRP DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DAPK2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
REEP6 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
NBEAL2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PTDSS1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ZCCHC6 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
FAM201A DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
FAM83D DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ZBTB16 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
EIF4G1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TAF8 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RP11-400K9.4 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
KRT14 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CASC10 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ANLN DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
EFEMP2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RARRES1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
XIST UP in 'low transepithelial electrical resistance' vs 'monolayer control'
VGLL4 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
VSTM2L UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
MCTP1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
C1orf112 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
HGSNAT UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TTC9 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TXNDC9 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
FYB UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GPR39 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
FOXP4-AS1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
LY75 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PIK3C3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
LMF1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CALCOCO1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HDGFRP3 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CTSK UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CSGALNACT1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LMNB1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ZNF117 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CBX1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
MMP1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NID1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RP11-12G12.7 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
UPP1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CCL28 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
INSC DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
NUPL1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DNAJB2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LCN2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
PSMG1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
EPB41L1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
STARD5 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
HYLS1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SLC37A2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CAB39L UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HJURP DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RIOK3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CD36 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CYP4Z1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SCNN1B UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
VLDLR UP in 'low transepithelial electrical resistance' vs 'monolayer control'
COTL1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
POU2AF1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
KIF18A DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
N4BP2L2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
DEPDC1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SAP30L UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
GNAS DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RFK DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
FAM46A UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MARS2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ZBTB20 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
FZD2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PLEKHA1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DEF8 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MRPS18C DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
FIGNL1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
TNFSF10 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PAQR5 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
B4GALT5 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PTPLAD1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CCNL2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TNFRSF10B DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CORO1A DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
C1orf21 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TRMU DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
KIRREL DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
NUDT5 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
RP3-449O17.1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
FRK UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
KRT16 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
OPLAH UP in 'low transepithelial electrical resistance' vs 'monolayer control'
YARS DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NUP93 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
NOLC1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
STK17B DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
TTF2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
LINC00284 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RP4-555D20.2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ANKRD32 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CA9 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SOS2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
E2F7 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CENPK DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
HIST3H2A UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ITGAE DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LINC01405 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PLK2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
THBS3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
NUPR1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PPBP UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PID1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PARPBP DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PYCARD UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SPDL1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PIF1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
HSPB11 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SESTD1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
FABP4 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TMED4 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MACROD2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
GBP2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
MSH6 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TMCC3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DOCK8 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ITPR1-AS1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CTPS1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
RP3-449O17.1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KCNB1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TIMM50 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HIST1H1C UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DSP UP in 'low transepithelial electrical resistance' vs 'monolayer control'
RAB27A DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
FTSJ2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
FAM210B UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
IL1R2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
B4GALT5 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RP11-253E3.3 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ACYP2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PIF1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NPM3 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
BRCA1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
AGPAT9 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CEACAM1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CPEB3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ZCCHC6 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
KRT17 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CXCL17 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KRT15 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
KIAA1549 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
TRPM4 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NOG DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ATP5G1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SAMD9L UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
APOL6 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
C4orf46 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CAPG UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SLC1A1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KIF14 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PIF1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ETV5 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
MIS18A DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
UBE2G2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CD82 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CDCA7 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
C11orf1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
UBE2C DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PIK3CA UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ATAD2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CENPE DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NXPE3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
C4orf33 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SIM2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MAP2K3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CTSZ DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GRIP1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
BUB1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
B4GALT6 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TFPI DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ANXA9 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
UBE3C DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PLAC8 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MME UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CAPN14 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LONP2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RP11-498C9.15 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CEP89 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RP11-96D1.11 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ZNF711 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
LHFP DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
IER3 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
MCUR1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
FHL1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
TUBG1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MED24 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CLEC2B UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SH2D2A DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RBM33 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
YPEL3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
BRIP1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ANKRD17 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RFC5 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FLVCR1-AS1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ITGB6 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
HMMR DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
BMP2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NDC1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
S100A9 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
EPHX2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
KLHL23 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RARRES3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CDCA7L DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SERPINB2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MBD5 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ZBED9 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
MEIS1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
AC004985.12 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SRGN DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
MIR22HG UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LY6D UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RAD54B DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
IL33 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KPNB1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ITGB5 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
OSBPL6 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NCAPG DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CREB5 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SGPP2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FOXQ1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
TSPAN5 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SHMT1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
AGR2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CHEK2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NLE1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TIA1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
KIF20A DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CDCA2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MUC1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ERCC6L DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
INPP4B UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RAD54L DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TNNT1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
WIPF2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CEP55 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
MFGE8 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CAMK2N1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PFN4 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SGK1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
MDC1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
BORA DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FAM214A UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
JUN UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RP11-498C9.15 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DCBLD2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
IVL UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RBFA DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ZNF350 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SLIT2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LSM6 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SSRP1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CEL UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KLF8 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
METRNL UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KLHL24 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PA2G4 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TTC7B DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HMGB3P1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CFI UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SYTL2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
BLM DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RNASEH1-AS1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
DNAH11 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
NXN UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PRDM2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TMEM194A DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
AC004381.6 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PDE5A UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HAUS8 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ACSL1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
EXOG DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ARHGAP11A DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
NDUFAF4 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SMURF2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PPIH DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CFAP44 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GPRC5A UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
UCHL5 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TPX2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ARNT UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ADAMTSL4 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SIX4 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PUS10 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
GJA1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
THAP2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
UCK2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MALAT1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
FGFR1OP DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PHF14 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
BNIPL UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
AKR1B1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PGM2L1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NOM1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CDCA7L DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
EDN1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SEH1L DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SPAG5 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
DCTPP1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ADSSL1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
EIF2S1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ARL6IP5 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RAB25 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CA8 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
HSPA4L DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
H19 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FGFBP1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SPDL1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RPL27A DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
TENM3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TTC7A DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RP11-496I9.1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
UCHL5 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PTDSS1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CELSR2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CLDN7 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
AOC1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
IGFBP3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
IRX5 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ZNF395 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RP11-757F18.5 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
BCL2A1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ABCD3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GRTP1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CMBL DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PIK3R1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TC2N UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NAA16 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CDC25C DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
INTU UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ZNF524 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
IQCH UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
COA7 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
VEGFC DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
MRPS2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PDZK1IP1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
FOXRED2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
AASS DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
DDX5 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CCNE2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RAD18 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
GNB5 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TPRXL UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CA9 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CENPI DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SAE1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RAB11B-AS1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TMEM165 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PNPLA3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SESN3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
IPO11 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LHX4-AS1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
COL5A2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
MMD DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ERCC8 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
C15orf65 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PXDC1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
HMGA2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FLG-AS1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CYP39A1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KIZ UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CCDC18 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PAK1IP1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MUC4 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KIAA1715 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CSAD UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LCN2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HSDL2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ISG20 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SLC25A16 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PGK1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CEP83 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
VGLL1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PLA2G5 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TM7SF3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CENPH DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ANKRD12 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CHAF1B DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ID2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
DENND1B UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TMPRSS13 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ST6GALNAC2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
HOTAIR UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
NQO1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NOD2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ZC3H6 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
FANCB DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
WDR34 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ITGB8 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
UBE3C DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
EVI2B DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
FAM120A DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ZNF585A UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RPS6KA5 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SLC16A4 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
E2F1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
BRIP1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SULF2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SYNE3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
EXOSC2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SH3GL2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
STRA13 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
RP11-159G9.5 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SYTL5 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KIF4A DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LYAR DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DCLK1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CCDC176 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RP11-539L10.3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
MUC1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PCDHB9 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TRIP11 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MAP2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
EBNA1BP2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
HSP90AA1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
RP11-932O9.10 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
AZGP1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MUM1L1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
LY6E DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ODF3B UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
COL28A1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
GALNT6 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
NEK6 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TMCC3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TMEM125 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
BNIP3L UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ARHGAP11A DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
WDR5 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FLRT3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ZNF260 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
PQLC3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
WRAP53 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SERPINB2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ANG UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SRPX DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
AREG DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SYNC UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PLXDC2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
DNA2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
FJX1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
COL7A1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CDC45 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ODC1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
E2F7 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PARPBP DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
GSAP UP in 'low transepithelial electrical resistance' vs 'monolayer control'
MFSD6 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
STAT4 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CES2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
GRAMD1C UP in 'low transepithelial electrical resistance' vs 'monolayer control'
DBF4 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RAB18 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FAM84A UP in 'low transepithelial electrical resistance' vs 'monolayer control'
NCAPH DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
EDRF1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
QDPR DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ADD2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
WWTR1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
C14orf28 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
BEAN1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
KIF14 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CDKN3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CLDND1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
MXI1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MVP UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CTPS1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
BCLAF1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
RAD51 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DEK DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
VILL UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TRIQK UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ARSB DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
MYCL UP in 'low transepithelial electrical resistance' vs 'monolayer control'
EIF1AD DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ACOX2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
C12orf75 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
RPP30 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RBM28 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MYL5 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SLC28A3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
WBP1L UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ABCD3 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
FAM46A UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SH2D2A DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SLC38A10 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RABGAP1L UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
BARD1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PMP22 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TTL DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RASSF5 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
C10orf32 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TAF5 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
GINS3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
STEAP1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SFTA1P DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PXDC1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TRMU DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
FAM149B1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
COX19 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RAB7B UP in 'low transepithelial electrical resistance' vs 'monolayer control'
NDUFAF6 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
APOBEC3C DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
VTCN1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NUPR1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PREPL UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DDAH1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
FAM174A UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ATHL1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TMPRSS11E UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RBBP7 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
NREP UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
REEP1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TRIM52 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
WIPF2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ACYP2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HCP5 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
STC1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ACD DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
GTF2H1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
STOX2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
BIRC5 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
STXBP6 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PPARGC1B DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
BRCA2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CARD6 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
FZD2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SMIM14 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TMEM56 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
UHRF1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
POLR2L DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PSPH DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
VEGFA UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SDCBP2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
BLVRB UP in 'low transepithelial electrical resistance' vs 'monolayer control'
RBL1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MRS2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PDS5A DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RILPL2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
MNS1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
HELLS DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
NR2F1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ID1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CHEK1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TEX30 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
IRX5 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RHBDL2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PRODH UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
L3HYPDH DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ERVMER34-1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MET DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
FAM49A UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SPRR3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SECISBP2L UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
BAG1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ASAP3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CHST11 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
RPL31 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PRPF4 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RP11-384O8.1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CARS DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PLAC8 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SLC39A11 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RFC3 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
FRAS1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
NBEAL2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
HERC6 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PWAR6 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
LINC00894 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
EPHX2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
MSANTD3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TENM3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TM4SF1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
GDA DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
FAM13A UP in 'low transepithelial electrical resistance' vs 'monolayer control'
GJB2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
NEK2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RNF138 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GRHL1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TOM1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SCARB2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SNCAIP UP in 'low transepithelial electrical resistance' vs 'monolayer control'
MME UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KIF22 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
FNBP1L UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
IST1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
PTX3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
EXOSC3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SRD5A3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ARHGAP29 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
RNASEH2B DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
HDAC5 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
DNM1L DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
GINS1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CTB-167B5.2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PTGER4 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ISG15 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
DDX11 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PBXIP1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HEATR3 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PRPF4 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PPFIA4 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
C4orf33 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
HNRNPD DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SPATA5 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
P2RX5 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
MYO19 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LINC00284 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ATP6V1B1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PTEN UP in 'low transepithelial electrical resistance' vs 'monolayer control'
KDM3A UP in 'low transepithelial electrical resistance' vs 'monolayer control'
NCAPH DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ADSL DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SIRPB2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PLCL2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SNRPA DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CHST7 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MAN2B2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CDC45 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SGOL2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
MT1F DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CDC23 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SERPINE1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RP11-199F11.2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CALCOCO1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
MMP7 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
MLLT4-AS1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RUNX2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CCDC80 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SETD7 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
DNA2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CNTLN DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FXN DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TMEM97 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RASSF5 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
DNAJC12 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DHCR7 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KCNG1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SNRPD1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TFCP2L1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
MAFB UP in 'low transepithelial electrical resistance' vs 'monolayer control'
MRPL11 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SACS DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SGK1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RPS6KA2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RP3-368A4.6 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
KLK10 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
IFIT2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
MMP1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
WDR4 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CDC25A DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CDCA4 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
WWC3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
EMP3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
FGF2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SPINK5 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RNGTT DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ANKRD12 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TMEM134 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RNF213 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
MYLIP UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
IL7R DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LEPROT UP in 'low transepithelial electrical resistance' vs 'monolayer control'
LRP1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PRTG DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
FAM171B UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
INF2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SASS6 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NARS2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TAF1B DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RAD54B DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PPIF DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LMF1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
LGALS8 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TMCC1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
EXOG DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
NUP107 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
(Sample) phenotype/mid transepithelial electrical resistance
mid transepithelial electrical resistance
ROS1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
EVPL UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SCNN1B UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CDK2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FAR2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MCAM DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
COL1A1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SLK UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
YPEL2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
AKR1B1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
NAA50 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
MYH14 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
RNF217 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CDH4 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FAM13A-AS1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PTPLAD1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KIAA1244 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HPGD UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SLC2A1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CHMP1B UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
C11orf54 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
YPEL5 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CBR3 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
RHNO1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
UBE2L6 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PCOLCE2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RP11-172H24.4 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
DOCK8 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
DSN1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FKBP1A DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
AXL DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PTPLA DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PI3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CARD8 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GLUL UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
GRHL3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ARSB DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RP1-178F10.1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ACOX2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SERPINB7 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
STIL DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
GLCCI1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KIF18B DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
INCENP DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
KLHL24 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CHAMP1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
C17orf89 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DSC3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
C20orf27 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
IER3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HSP90AA1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TLR3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TMC4 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
DUSP10 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PCMTD1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ASS1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
GINS4 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PPFIA4 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ASPA UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GABARAPL1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SLC15A2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PSIP1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FANCM DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GDF15 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
APBB2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SLC22A23 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ANTXR1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
WDR91 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
MMP7 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
DHRS1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
DIAPH3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
AMIGO2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RNF44 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RP11-351I21.11 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SPRR1B UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
WDR35 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RP11-404O13.1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KRT1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GRIP1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
USB1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MRTO4 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
HSPA4L DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ABCC4 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CSAD UP in 'low transepithelial electrical resistance' vs 'monolayer control'
MTURN UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ATP2B4 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SLC12A2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CHDH DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SH3GL2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RP11-658F2.8 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
C18orf54 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
DNAJC3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
APITD1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ANP32E DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SOCS2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SIM2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PLD5 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
RAD21 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
AC011330.13 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SAMD9L UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CSF1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SDF2L1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LRRC59 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
FTX UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CPT1A DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
DNAJB1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TMX3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
LEAP2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MFSD2A DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DSC3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RAB11FIP4 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TNC UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SLC31A1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ZNF22 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CKAP2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
FAM46B UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NDFIP2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PCBD2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
KIF18A DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SORL1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HAUS1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
NR3C2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CKAP2L DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ALDH3B1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
NOP58 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PDSS1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MEGF6 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ACAT2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ALYREF DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SLC35F3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SPRY4 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ID1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
QKI DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PTN DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KLK8 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
IGBP1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CYB5RL DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ADCY3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ARHGDIB DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
MACC1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ITGAE DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
LIN7B UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
POC1A DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
JUP UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CRELD1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
BPGM UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
POLR3K DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
INSR UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ZMYM2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
DUSP10 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TIMELESS DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
JUNB UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TMEM125 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PLD5 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LETMD1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ZNF397 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
VAV3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
NRG1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
TMEM59 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
HRASLS2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
KLC3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ACTN1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SYTL5 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TMC5 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PCYT2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MFI2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CDT1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TGM5 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DHODH DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
COQ2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ZNF33B UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LPXN DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
LINC00622 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
INADL UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
BRIP1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CCDC58 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PTGER2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
NFE2L1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PRMT2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
IFI44L UP in 'low transepithelial electrical resistance' vs 'monolayer control'
IRS1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PIDD1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KPNA4 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TIMM10 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PRKD1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TMEM132A UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PPL UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
VPS13D UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
BAG2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CENPA DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RGL2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PHEX UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SUN1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
IGSF3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SLC2A1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GPBP1L1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ANKRD29 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TMED4 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CENPO DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
NEIL1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
AHNAK2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
HOPX UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
BAZ2B UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SLC6A15 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ID1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ETS1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
COL4A5 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SLC44A2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CXCL14 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GPNMB UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CD82 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
DBP UP in 'low transepithelial electrical resistance' vs 'monolayer control'
DKC1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
MRPL19 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ASF1B DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
RNFT2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CPEB2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ZNF436 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
DNMT1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
NAIP UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ADM UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
MKI67 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DONSON DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
D4S234E UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SPINT1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
STOX2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CRABP2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TFCP2L1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PLA2G5 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TUBG1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
WFDC2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
GREB1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SGCB DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
FGFR3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SSH3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
HMGCL UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
AURKB DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
UTP11L DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MEIS1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
BUB3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ILF3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
HOTAIR UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
COA7 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MMP9 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TTN-AS1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SLC29A3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
C12orf79 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
HIST1H2BC UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CAMK2B DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
KLHL29 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
BUB1B DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
HSD17B11 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CPVL DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RP11-658F2.8 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
LSM6 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
FUT3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
AXL DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
RTN4IP1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
OXCT1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SNX16 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TOR1AIP2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TNNT1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
WDR1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
FBN2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PSMB9 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TRIP10 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NLRP1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CBX7 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
EPB41L4B UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CARD10 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FANCB DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MAGOHB DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
TIMP1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TMEM180 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
RASSF8-AS1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
LMBRD2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CD9 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SYBU DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CCDC150 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
DOCK11 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
LPAR6 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PLCD1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
PALMD UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ZNF264 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
KIAA1211L UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
COL17A1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MARCKSL1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
EVI2B DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LHX2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
GART DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KIF2C DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CENPQ DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
POLQ DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CFI UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TMC5 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
LINC01133 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
KIAA1107 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LINC00622 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CTNND1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ALOX15B UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NUDT5 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DHFR DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
INSIG2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
WFDC21P UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FGFR1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CHRNA5 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GALNT2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
HMGCL UP in 'low transepithelial electrical resistance' vs 'monolayer control'
HSPB1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
VGLL1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
RP11-5C23.1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CKAP2L DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
POLR3K DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
EREG DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ANXA9 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
KIAA1715 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
KIDINS220 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CIRH1A DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
IDE DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
LINC01213 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GUSBP1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CCNH DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MTHFD1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ZNF250 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CKB UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SLC12A2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
KIAA1522 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
HSD17B1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
UBL3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CD83 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SP140 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
HMGCL UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TTN-AS1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
INPP5F DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DOCK3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
THNSL2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SSPN UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CENPJ DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SMIM13 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
LINC00342 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
BAG2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
AP1S3 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
LIPH UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CFLAR UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SNX1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ZDHHC14 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TACSTD2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
QSOX1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SNRNP25 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SEMA4B UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
STXBP4 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CPVL DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PFN4 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RP11-61L23.2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ELK4 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MFHAS1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PCDHB16 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
UGGT2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
FAM174A UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RALGPS1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
C1QBP DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
VILL UP in 'low transepithelial electrical resistance' vs 'monolayer control'
HSPA14 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RP11-83A24.2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
RSPH3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RANGAP1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
GDPD3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
MTUS1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
UBASH3B DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ANG UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SEMA6D UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CLK1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
MCUR1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CEP57L1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
HSPB11 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
TP53I3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NOLC1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
IL1R1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
FAM20C DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
THBS1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CLK1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TCN1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ANXA11 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
DCLRE1B DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CXADR UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GNL3L DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
RFWD3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PARP9 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
B4GALT6 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ERI1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ARHGAP32 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
BLM DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
FAM46B UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
LIF DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
FER1L4 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CEBPA UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
HIST2H2BE UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CIT DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PDIA5 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ALDH8A1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RC3H2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
COQ2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RP11-500C11.3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
LTBP4 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
RAB11B-AS1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ASS1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LOXL3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ARRDC4 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
DIXDC1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DOCK9 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
GGH DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LINC00888 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SMC2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
HDAC11 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
HES1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SNRPA DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KDM7A UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
EIF4E3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SCGB1A1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
IZUMO4 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RNF103 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MYO5B UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CDK1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MSMB UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CEP55 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
LSR UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CXCL2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PPA2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
HIST1H2BF UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CD86 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
REL UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SCARA3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SNRNP40 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
NCAPG2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SLPI UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SCEL UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CDH1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
RP4-614O4.12 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ITPK1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
EP400NL DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PABPN1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
KRTDAP UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SPCS3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RFT1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PRRG4 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
EZH2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
OXCT1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CREM DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TFEB UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
KRT6A UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
C10orf10 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ZNF493 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
IL1R2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ZMYM5 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
HOXA9 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PCDHB7 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
UNC5B-AS1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
BRWD1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ARMC8 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
C11orf63 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RAB11FIP4 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KIF23 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
MAST4 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RRP1B DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
BCCIP DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
TLCD2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
COL4A2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RRAS UP in 'low transepithelial electrical resistance' vs 'monolayer control'
COL2A1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CTSF UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MRPL20 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MRPL16 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
HS2ST1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TACC3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PHF10 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PLXNA3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
WNT5A DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
GNRH1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RAB15 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PGAP1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SLC25A32 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
NEK11 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ATL2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SLC6A6 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
NEDD9 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MSH6 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
IL32 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ARHGAP18 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CNDP2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CENPH DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ITGB8 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SH3YL1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
IL32 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
IGSF3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TMPRSS4 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
HOXA10-AS DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MRPL52 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RTN4IP1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
GPRC5C UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RNF207 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
VPS8 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
FMO4 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ACE2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
RP11-553L6.5 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
NETO2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HSPB1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
PPFIA4 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SLIT2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
IRF7 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CLMN UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
GGPS1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ISG15 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HRK UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
HS3ST3B1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MCFD2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SNX5 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
NDUFA10 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CTSK UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ANK3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KCTD11 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
C7orf60 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SLCO1B3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PPARG DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CSF1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
H2AFZ DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RRAGB UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GMPR UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TLE2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ST3GAL6 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MARC1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
NUDT15 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
GEN1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RAB27A DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
HOXC6 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
FBXO32 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CLIC5 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SF3A3 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SNRPB DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
DUSP3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FOSL2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
EXOSC8 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
TRAIP DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SH3KBP1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SUV420H1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RBPMS UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ACVR2A UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CTB-119C2.1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CAMK2G UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MYEOV UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CTSV UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TUBB4B DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
KNTC1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
HGSNAT UP in 'low transepithelial electrical resistance' vs 'monolayer control'
MAP2K3 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
MIS18BP1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
RP4-813F11.4 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CEP128 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ZNF286A DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SLC35E4 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PCDHB14 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RP11-159N11.4 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TBC1D31 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
HEATR3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
STOML2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
USP13 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DCST2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
C2orf43 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MCM5 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SAE1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
RBM33 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
VEGFA UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
XIST UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
POLQ DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
EREG DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LRRK2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NRGN DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PIGW DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KLK5 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CFAP44 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ZNF117 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NTMT1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
AK9 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ERVMER34-1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
MSLN UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KRT14 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
HOXC6 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
XK DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DNER UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SKA1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
G3BP1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CDA DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
C2orf54 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
C1orf21 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
FANCA DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
EP400 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
EPS8L1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PBX1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SOBP DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
OPTN UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CHMP1B UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TJP3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SLC4A11 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PBX1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
MMP1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
FAM83A UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DYNLL2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
GPR110 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PRPF38A DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ANAPC16 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
DDX60 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SCAPER UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ZNF350 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
EPCAM DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
TCOF1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MSH2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SH3YL1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
INSIG1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PRC1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PKMYT1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CBX3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RTN2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
P2RX5 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CARD10 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
NAIP UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TRIM22 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ZNF367 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
WDHD1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ANKRD13A UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LEMD1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ILF3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
IL11 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DDX5 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
MED28 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RTP4 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
HPS3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
GALNT10 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
IRAK2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
FOXRED2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PLA2G16 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HMGB2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ANTXR1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CTPS1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
KDM5B UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CTD-2587H24.5 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ENOSF1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CALU DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
IRF5 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RC3H2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
POC1A DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
RAD18 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MAP3K6 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PMP22 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PHTF2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TIMELESS DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
NAA15 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MRPS15 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RP11-413H22.3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PGAM5 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ELF3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TFPI DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
INADL UP in 'low transepithelial electrical resistance' vs 'monolayer control'
DUOX1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RP4-717I23.3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TUBGCP4 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
NASP DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
LMBRD2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
KLHDC8B UP in 'low transepithelial electrical resistance' vs 'monolayer control'
KDM6B UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
EFNB2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
GTSE1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TGM5 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CDCA3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SETD7 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CAMK4 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
LINC00964 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ST3GAL5 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ZFYVE1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
EID2B DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SPRED2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
BICD1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
LTV1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KIF20A DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
INCENP DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PDE8B UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RAPGEFL1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
KRTDAP UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MSI2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
GGT6 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CDKN1C UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KLK7 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
GLS UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
IZUMO4 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CTGF DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
QRFPR DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MAN2B2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
INSIG1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CGN UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
AC005154.6 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ANKRD17 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NUB1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PITPNM3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
RP4-758J24.5 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
VTCN1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ITGB5 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RNF19A UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
APOBEC3C DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MCMBP DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RP11-111M22.3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HYLS1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FAM122C UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
BHLHE40 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CHCHD4 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ZNF260 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SRM DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
AMT UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PDP2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
RAD51 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CDT1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ASAP1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ASF1B DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TC2N UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PRR11 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HAUS2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ING4 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KHNYN UP in 'low transepithelial electrical resistance' vs 'monolayer control'
LEF1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
DMXL1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TMEM33 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CTSD UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PGK1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RHNO1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
C11orf80 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RNASEH2A DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CCDC85B DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
L1CAM DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
IQGAP3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SGCB DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TMEM55A DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PROS1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SLC35A3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
QPCT DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
S100P UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CCNF DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
NRGN DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CA2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
DOCK1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CAP2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
C1orf74 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FRMD3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
THAP2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TSLP UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
HDGFRP3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PAIP2B UP in 'low transepithelial electrical resistance' vs 'monolayer control'
PRSS8 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
LSM2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PLXNB1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RAD51AP1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
GJB2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TTC9 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
MYO5B UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RASSF7 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
NDUFA10 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SCARA3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
APOOL DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
GABRP UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TRAPPC6A UP in 'low transepithelial electrical resistance' vs 'monolayer control'
C1QBP DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ZNF33B UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
NME5 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
EDN1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PPIF DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ADAMTSL4 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
RP11-61L23.2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PVRL4 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
STRIP2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
HSD11B2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
KLF5 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
FAM84A UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PRSS23 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PCLO UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PCMTD2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TIMP3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PLK2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
POPDC3 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ZNF302 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PGM3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RNF144B UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TXLNG DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
GCNT3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RNF145 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ZNF239 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LYPD6B UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CTC-471J1.2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
USP45 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RP11-383J24.6 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NME7 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
P4HTM UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TRIP13 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KLRF1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CLYBL UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ABCG2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NAA50 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
INTU UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RBM17 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TINF2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
NMU DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SMYD3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TLR3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RRM2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
TMEM55A DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
AP1S2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
KLK6 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
AK9 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SNX10 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
TNFSF14 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CFL2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
JUP UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LYPD3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
FAM81A DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MUC4 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
VAV3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TMEM19 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SCNN1B UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SNRPF DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
EME2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ARHGAP29 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FADS1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SAPCD2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
DDX51 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GLA DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
DENND1B UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TMEM165 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SULF2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SNX13 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ENPP5 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SGOL1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
POLA1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
INF2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
UBN2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NCBP1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PADI2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SH3BP4 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RFTN1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CDC20 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
LINC00964 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
NOD2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ARF3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ANP32E DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ZNF436 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CHRNA5 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PLK1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TTC17 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RNASEH1-AS1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SCLT1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PLCD1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CCDC88C DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
AREG DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
C18orf54 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MTHFD1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PAPLN UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
KCNQ5 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ITPKC UP in 'low transepithelial electrical resistance' vs 'monolayer control'
RNASEH2A DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
LZTFL1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
L3HYPDH DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ABCC3 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CAMK2G UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
BORA DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
NOP16 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NPR3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PIGW DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RIC1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
NOL3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DOCK4 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MPHOSPH9 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
DBP UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CA11 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
FZD10 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
LINC00622 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
FAM98B DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ZNF711 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
BCL6 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HSF2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
NCEH1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CMSS1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
DSN1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
KAT2B UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TTC22 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
MOK DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SSR1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
NHS DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SAC3D1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RMI2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DAPL1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GSTM4 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
PITX1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CXCL2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PCDH7 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PPP3R1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PARVB DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
Analysis of 'plateau transepithelial electrical resistance' vs 'monolayer control'
LEPREL1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
COL17A1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SSH2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ARHGAP26 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
TCF19 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
C11orf30 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
MCTP1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
EPT1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CA8 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SRSF3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LRIG1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ZNF250 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
STAM2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CBX4 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PTPN2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
GAN UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CYFIP2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ETFDH UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SMURF2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
AQP3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
COQ2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CTC-241F20.3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
PVR DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
TCP11L2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CALD1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
RP11-363E6.4 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
AURKB DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
HBP1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
MAP3K8 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
MARS DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
TMC6 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
UCK2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PIGX DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HAUS8 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
POLI UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RAB11B-AS1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ZNF330 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
VLDLR UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
JUNB UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
COL1A1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
POLE3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
IL1RAP DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SLC25A32 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GPT2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
OSBPL7 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
OVOL1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
DENND2A DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LRP8 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NFE2L1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TAF9B DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
UROS DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SIAE UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TNKS1BP1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
EIF5A2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
POP7 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
UGP2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ARHGAP11B DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PA2G4 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
NEK11 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
EPB41L4A UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SEMA6A UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RNF180 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MDC1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
POLR1B DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TAF8 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SLC6A8 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
THBS1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PADI2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ENDOD1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ABHD10 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CPEB3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RP11-757F18.5 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ENAH DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
BUB3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MARS2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HIST1H2AC UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SGOL1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
LAMB2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
MCM4 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
NEK11 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
INSR UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ADIRF UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SNX10 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
FANK1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
FUCA1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TINCR UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PSMG1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
HIPK3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
VAT1L DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PAQR6 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CDA DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
BRCA2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PELI1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PIK3C2G UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SLC39A2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PRTG DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
BLMH DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MFGE8 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ERBB3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PPP1R3D UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NAV3 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
LEPROT UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ZNF204P UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TRAPPC6A UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
FAM210B DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
IGFL2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
BCL2A1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CHTF18 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
BMPR2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CD86 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RACGAP1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RSBN1L DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
AGBL5 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
B4GALT4 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ALOX5AP DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PGM2L1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
NKX3-1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RDX DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ISCU DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
BBOX1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RP4-813F11.4 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RAPGEFL1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MAPRE2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
KLHL28 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
EHD1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
LY6D UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TMEM106B UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SLC2A6 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
KCNQ5 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MUC4 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
DEPDC7 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
C10orf10 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MITF UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FAM83D DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
BNIPL UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
S1PR3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RNASEL UP in 'low transepithelial electrical resistance' vs 'monolayer control'
GAS2L3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MFSD1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SYNJ2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TUBG1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SFRP1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PTBP1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LRRC34 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ALOX5AP DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SYNE3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
BRCA1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CDCA4 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SPRR2A UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ACN9 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NEIL1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RP11-404O13.1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
MYBL1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ST3GAL6 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RAB27B UP in 'low transepithelial electrical resistance' vs 'monolayer control'
KIF20A DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
LYST UP in 'low transepithelial electrical resistance' vs 'monolayer control'
C1orf74 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PHF19 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
EXOSC2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SPATA13 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CASP14 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
MALL UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FAM210B UP in 'low transepithelial electrical resistance' vs 'monolayer control'
KRT13 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RNF165 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ESYT2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PTEN UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PEG10 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SMAD9 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
POLR2L DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NOTCH3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CDH4 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
RPL27A DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ZNF750 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MUM1L1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SLK UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SUV39H1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SCEL UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HS6ST1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
EFHC1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PLD1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
KLHL7 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CES4A UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SUSD5 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SAAL1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
RORA UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GSR DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SLC8A1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
NCAPD2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SPAG1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
RP11-119F7.5 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
AKAP9 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PLD3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SEMA4D DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ADARB1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TRADD UP in 'low transepithelial electrical resistance' vs 'monolayer control'
PLXDC2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
FBXO3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TCP11L2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ITPKC UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FMO4 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PUS10 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TOM1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
FARP2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ANKRD50 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CAST UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TNIK UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SKA3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CACYBP DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CNNM4 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TPX2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
COL2A1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CTSZ DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SORL1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
METTL21A DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PCIF1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PCLO UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ACAP3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
FAM111A DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PLEKHA7 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SH3BGRL UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
IDS UP in 'low transepithelial electrical resistance' vs 'monolayer control'
PRR15L UP in 'low transepithelial electrical resistance' vs 'monolayer control'
RHOBTB1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
AGO3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
EXO1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
DNMT1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FAM219B UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SAPCD2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ANXA4 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
FPGT UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ATP6V0E2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PRRT3-AS1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
VAT1L DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
RHNO1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SNRNP25 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MICAL2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
AC008746.12 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
C10orf99 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ASXL1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PODXL DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PAPLN UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RNF217 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CD86 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TCOF1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DSC3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
DIAPH3 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
FOXP4-AS1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
FAR2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PNPLA3 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
MGC32805 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ALDH1A1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ENSA DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SOX6 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
GSTO1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RCSD1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RNF44 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
MAFB UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
LINC01468 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CYB5R2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ELK4 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
MORC3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TRAP1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
KIAA1109 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DENND2C UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PHEX UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RAD21 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SH3BGRL UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CNTN3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
FUCA1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
VAMP2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
STRA6 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
POPDC3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NPNT UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RPL31 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
AP1S3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PTGR1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CAPNS2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
WNT4 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
NCAPD3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
FAM135A UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
FAM210B UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MRPS15 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DSG3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KLHL24 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SLC43A3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RACGAP1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
C4orf46 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
NUP160 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
GFPT2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SOS2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CRYAB UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CHAC2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PARD6G UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CHAMP1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PSMD12 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NUDT1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
DEPDC1B DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ANXA6 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
LONP2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RBL1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
MLLT11 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PDE5A UP in 'low transepithelial electrical resistance' vs 'monolayer control'
XDH DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
C6orf106 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CDCA7 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PCNA DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
MFI2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SRPX DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DDAH1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
TNFAIP8L1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CYB5B DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
NUP93 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PRSS16 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FAM228B UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TCP1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PCMTD1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CHD9 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CDK5R2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KANK4 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LSM6 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CDH1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SKIL UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
IQCH UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
EXOSC8 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CLDN8 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ATP7A UP in 'low transepithelial electrical resistance' vs 'monolayer control'
BAX DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PPFIBP2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
APITD1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FAM126A DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
FGFR1OP DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PDZD2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
VGLL3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ARNT UP in 'low transepithelial electrical resistance' vs 'monolayer control'
DHRS2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
OSBPL7 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
BCL2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SBSN UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SETD7 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ASXL1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TRIB3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
C12orf75 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RRAGD UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
C5orf34 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
IRX3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
COL4A1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PTTG1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
METRNL UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TUFT1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LACC1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PTHLH UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MDFIC DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CARD10 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TRIB3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
UGT8 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
AHSA2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DHRS1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CD47 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
KRT13 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
EMC9 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
GOLGA8A UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ZNF750 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ST6GALNAC1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
MTFR2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
STRA6 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SHISA2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SOAT1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
STK10 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
C1orf101 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
LOXL1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RP11-159N11.4 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
IQCE UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ARHGEF10L UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CCDC18 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PRKD1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TSEN15 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HES4 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
UBE2T DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CD70 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RAB33B UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PDSS1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
DMPK UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SERPINB1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LLGL2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GAREM UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LINC00669 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
IQCG UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SLAMF7 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HSPA14 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ZSCAN31 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
C1orf43 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PADI4 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NEBL UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ZBED2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PELI1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CENPV DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LSM10 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RTP4 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ARIH2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SERPINB3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
POLI UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CD83 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
RTN1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
EZH2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CHST2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ANLN DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PFKFB3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PSMD5-AS1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CENPM DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
WDR31 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CCT2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
DEPDC7 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
LBR DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ANKRD22 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TNFAIP8L1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PPARG DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
UCK2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
TMEM38B DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CXXC5 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
AKAP13 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MTBP DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CBLB UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CD9 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TMEM159 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ELMO3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PSMB9 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HRASLS2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
VLDLR UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TMEM45A UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
EMC9 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DOCK6 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LGALS3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HIST1H2AE UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ABCA12 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
LINC00938 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ATF3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PARVA DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PTBP1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
DAPK1-IT1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RALGAPA2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
FHL1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
IPO5 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ZMYM2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PGLS UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ELP2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
RP11-553L6.5 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PGM3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RIPK4 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
LY6E DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KCNMB4 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MIR205HG UP in 'low transepithelial electrical resistance' vs 'monolayer control'
DDIAS DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MLLT4-AS1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
HIST1H2BD UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CTD-2267D19.3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
C3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
QRFPR DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ZWINT DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
RPP30 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
STXBP6 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PBK DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SENP7 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LYST UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SOGA1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RBM33 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
RGCC UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
HMGB2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SLC38A10 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CKB UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CCNH DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PPAP2B UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CHAF1B DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NME7 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
UTP18 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SSRP1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
GABPB2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
GPSM2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ESCO2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
GPRC5C UP in 'low transepithelial electrical resistance' vs 'monolayer control'
Analysis of 'mid transepithelial electrical resistance' vs 'monolayer control'
KRT13 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DTYMK DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
LL22NC03-N14H11.1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ZMYND11 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TRMT11 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NATD1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TMEM126B DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SLC44A3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ZSCAN31 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
RP4-737E23.2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PRPF4 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
MCM2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ORC6 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
BAX DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PRKACA DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
NRP1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
KDM7A UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TMEM184A UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RSPH3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
DAPL1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RAB22A UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GBP2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SDPR DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
S100A8 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TMEM27 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ANKRD37 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
MCM8 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SMIM4 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RFWD3 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
C18orf54 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PQLC3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CYP39A1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
MXD1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SYT7 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
FAM122C UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KRT6B UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ORAI1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
HS6ST2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CDR2L UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TAGLN UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NEDD9 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
IL31RA DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LAT2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TCN1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TMPRSS4 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CBX7 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TIPIN DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
COL12A1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
FPGT UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CROT UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
MB UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
BHLHE40 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
INSIG2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
GDF15 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
RFC4 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FAM46A UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ASF1B DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TREM1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CAMK2D UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KIAA1244 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TLR5 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ECT2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
IFIH1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
MGAT4A UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
STAT2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
PTK7 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
LENG8 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
PTPN2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SUV39H2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SOBP DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PEX6 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
BAMBI UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NPNT UP in 'low transepithelial electrical resistance' vs 'monolayer control'
GEMIN4 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
GTSE1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
FH DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RP11-413H22.3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
C9orf152 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GJA1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ANO1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
INSC DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CIT DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
KRT223P UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CYP27B1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SERPINB3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
FAM122A UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TAPBPL UP in 'low transepithelial electrical resistance' vs 'monolayer control'
STEAP4 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
PRC1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ZGRF1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PTGER4 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CCDC64B UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HSPA14 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HAUS1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
EPHB3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
IER3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RP11-383J24.6 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
NPR3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
To further understand the differences occurring in MCF10A cells as they polarize and differentiate in the TranswellÃÂÃÂ® model, we performed gene expression profiling with Affymetrix Human Genome U133 Plus 2.0 Arrays. Four experimental time points, were sampled: conventional cultures of MCF10A cells grown on plastic (Monolayer) and MCF10A cells plated on TranswellsÃÂÃÂ® sampled at three TEER values, 200-300 ÃÂÃÂ© cm2 (Base), 1400-1600 ÃÂÃÂ© cm2 (Midpoint), and 3000-3200 ÃÂÃÂ© cm2 (Plateau). Experiment Overall Design: Cells are grown in monolayer to 90-95% confluency, trypsinized and counted for seeding onto permeable supports (TranswellÃÂÃÂ®, 0.4 ÃÂÃÂµm pores, polyester) in normal growth medium. MCF10A cells are seeded on 12-well TranswellsÃÂÃÂ® (Corning) at 105 cells/cm2. Both chambers of media were changed strictly on a 24-hour schedule. Transepithelial electrical resistance (TEER) is measured daily with Epithelial Volt-Ohm Meter (EVOM; World Precision Instruments), prior to media change. Total RNA was isolated at the indicated TEER listed above. Canonical monolayer MCF10A cells served as a control comparison. Each time point was performed on triplicate arrays except for Plateau (n=4).
PLXNB2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TAF8 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
IFI16 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ADCY3 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
RAB27B UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CKS2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
IGBP1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
FANCI DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
B3GALT5 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
IGFL1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KIAA0101 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CKAP4 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
VAT1L DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CCDC176 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ALDH3B1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ST3GAL5 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
WDR4 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ZNF711 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SAMHD1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
FEN1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ZBTB16 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SERTAD1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PAQR3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ZNF81 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MSI2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
DSN1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CHCHD4 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PALMD UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TTK DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CSE1L DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SLC35E4 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TROAP DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PLEKHA6 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TTL DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HGSNAT UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
YKT6 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
WWTR1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
MMRN2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
AXL DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
VEGFC DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MARCKS UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ELP2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
C2orf54 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SLC39A10 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
FUT8 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TLR1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
EPB41L5 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RP11-112J3.16 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
MELK DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CNGA1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
MLKL DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
FXYD3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
NIPAL3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CTSO UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FOS UP in 'low transepithelial electrical resistance' vs 'monolayer control'
RAB7B UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
C11orf54 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
KRT4 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PCDHB16 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ADORA2B DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CDH2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PADI4 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RPP30 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
NBEAL2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PDE4DIP UP in 'low transepithelial electrical resistance' vs 'monolayer control'
HCFC2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SUV420H1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SAR1A DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
POP1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MCM2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
OLR1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
LARP6 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ATF6 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CRELD1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TMEM254 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TNIK UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PBXIP1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ZDHHC14 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FAM73A UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PROS1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NADK2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GPT2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DSCC1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
NCF2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CIT DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DCTN5 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KIAA1109 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CCDC58 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
INTU UP in 'low transepithelial electrical resistance' vs 'monolayer control'
FAM210B DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TMEM180 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MMD DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
UBE2N DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
UROS DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SLIT2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TRPM4 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
RNF141 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
KLHDC8B UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CTSF UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
MIR210HG UP in 'low transepithelial electrical resistance' vs 'monolayer control'
DTX4 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
DNAH14 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SCD DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
COL5A2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
FKBP14 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ZNF330 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
UBR2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KLF6 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SPC25 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CLEC2B UP in 'low transepithelial electrical resistance' vs 'monolayer control'
EFHD2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
LHX4-AS1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
YPEL1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
NAA50 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
STEAP4 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
P4HA2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
PCBD2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TIMELESS DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NOP56 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PTTG1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CEL UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
THNSL2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TLL1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
RP4-714D9.5 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CDK18 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
DOCK3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PNLIPRP3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TRIQK UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ANG UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RERG DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
DUSP22 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
IL1RN UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CCDC186 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CEACAM6 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TPM2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
RP11-413H22.3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
HPSE DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RP11-588K22.2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ZNF404 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
LRR1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TMEM201 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SNRPB DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
OSBPL3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SLC31A1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CEP76 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
EFHC1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ST6GALNAC4 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
OSBPL7 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SYNCRIP DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TMEM56 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FZD2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CEACAM1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LARP6 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
BNIP3L UP in 'low transepithelial electrical resistance' vs 'monolayer control'
DAPK1-IT1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TREM1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
KRTAP2-3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ZBTB4 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DTYMK DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ATP8A1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SEMA3C UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LMNB1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RP5-1039K5.17 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
THSD4 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
STEAP1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CD55 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
AKTIP UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
DOCK11 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
IVL UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
OFD1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PCNA DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FA2H UP in 'low transepithelial electrical resistance' vs 'monolayer control'
PHF20 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PDS5A DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CARS2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CTSD UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PIP4K2A DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
THSD4 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
C11orf63 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CHAMP1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TPP1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HMGB3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CXCL17 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
AIFM2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FJX1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
KRT6A UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RQCD1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PPAT DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NUP160 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FZD6 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PNKD DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
LRRC34 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RTN2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
VARS2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
HMGA1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
DHRS2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RHOV UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RBPMS-AS1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
LINC00973 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CRABP2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
NUB1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
IL1RAP DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
BCCIP DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
GSTM4 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MATN2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CDH2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GCLM DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
NEK2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SMC4 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CDC45 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
FOXM1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HAUS2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ROBO1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TMC6 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
LPHN1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KIAA1841 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SGPL1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PFKFB4 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SLC7A6 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
TPM2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SCAPER UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TMX3 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PROCR DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SLC38A10 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
TP53INP1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FAM120A DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
APOBEC3A UP in 'low transepithelial electrical resistance' vs 'monolayer control'
KRT77 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
KDELC2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ZCCHC6 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
BCL2L11 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CTAGE5 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TJP2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
C6orf132 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
POLR3G DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
(Factor value) PHENOTYPE/mid transepithelial electrical resistance
ZNF432 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LSM5 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CXorf38 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
HS2ST1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SNN UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
COL5A2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KBTBD8 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
HCFC2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TNC UP in 'low transepithelial electrical resistance' vs 'monolayer control'
PRPS1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
IFITM10 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CHDH DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PELI1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CCDC85B DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
LYPD6B UP in 'low transepithelial electrical resistance' vs 'monolayer control'
KCTD14 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CDK18 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
IFI27 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SPRED1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CAPN14 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
EIF5A2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
BMF UP in 'low transepithelial electrical resistance' vs 'monolayer control'
PRSS16 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RP11-303E16.2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CCNB1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PIK3R1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
INCENP DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CYP26B1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
MTL5 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PNLIPRP3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RIN2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
STARD5 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PHTF1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ESPL1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
IQGAP2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MSMB UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ORC2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PLA2G2A UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
COX11 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
LAMB2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DST UP in 'low transepithelial electrical resistance' vs 'monolayer control'
RP11-383J24.6 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CRIPAK UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PRMT6 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
RHOV UP in 'low transepithelial electrical resistance' vs 'monolayer control'
DDX3X DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
C1orf85 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
STMN3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ABCA12 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
RBBP7 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HAT1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
BAG2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CCNB1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
FAM110C UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TGM1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
G6PD DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LIG3 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ATP6V1B1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ADAM8 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TMC5 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CLPB DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NHS DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
FAM111A DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
IRF5 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CENPV DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ZNF81 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
AHNAK2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
N4BP1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PCMTD2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ALPK3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SLC45A3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MASTL DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CHMP1B UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
C14orf169 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
HNRNPDL DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
UTP18 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
LIN7B UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TKT DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PDE8B UP in 'low transepithelial electrical resistance' vs 'monolayer control'
PIGN UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SCLY DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
RP11-404O13.1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SPC25 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
RNF128 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SMC4 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SPTBN1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MAML3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HAUS1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
GNG2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
THBS3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
LARS2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
GPATCH11 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CHCHD4 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SLC44A1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TTYH1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
IFI6 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SMCO4 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CXCL16 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
GSN UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PRODH UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ROBO1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SPTLC3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RMI1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
KIAA1211L UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ELAVL1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ZC3H6 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
AC018816.3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ZNF514 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
APOL6 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
NADK2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MIR3916 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SAC3D1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
IL20RB UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
C11orf80 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
MPP6 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
MSRB3 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PLK4 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ORC5 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
KCTD11 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CENPJ DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CPVL DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
EPCAM DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ULK1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
RRAGB UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SMPDL3A UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ZNF91 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
KCNQ1OT1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
C9orf152 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
MLLT11 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SURF4 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KCTD12 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
EIF4E3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
RRP36 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CNGA1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MT1F DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SPSB1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TRIM71 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
EPB41L4B UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
MTHFD2L UP in 'low transepithelial electrical resistance' vs 'monolayer control'
UTP15 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
BMP2K DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PFN4 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
RQCD1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PCCB DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ISM1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
HAUS6 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LYST UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PCGF3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CYR61 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PDE5A UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TEAD1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
NDUFV2-AS1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
LLGL2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CXorf56 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
POLR3K DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
BROX DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SH2B3 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
EIF4E3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RFC2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
DHRS11 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CABLES1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MLH1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MICB DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
NEIL3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HAS2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NMU DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HNRNPLL DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CBX3 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PPP2R5B UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
AFG3L1P DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DQX1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
FUCA1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TLCD1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ALDH1B1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
RP3-368A4.6 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
DZIP1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TYW3 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
MAGOHB DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RP11-5C23.1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
L3HYPDH DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
LIMK2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MNS1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TMPRSS11E UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CSTA UP in 'low transepithelial electrical resistance' vs 'monolayer control'
RP11-477H21.2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SH3TC2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
MACROD2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SART3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CSGALNACT1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SGPL1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
FMO4 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
PLEK2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
LINC01279 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
KPNA3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PNKD DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
FAM126A DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
GMPR UP in 'low transepithelial electrical resistance' vs 'monolayer control'
MUC15 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ZBTB16 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CTC-241F20.3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
NUDT15 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ARAP2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
EID2B DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SYNE2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
EAF2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
IL27RA DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SERPINE2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
MILR1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MFSD6 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ADM UP in 'low transepithelial electrical resistance' vs 'monolayer control'
DFFA DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ENPP4 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TRAF3IP3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TUBGCP3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RALGAPA2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TMTC1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PKMYT1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
RABEPK DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
POLE DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ATP13A3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
DMXL1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
KIF15 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
RP11-9E17.1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SCG5 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TRIP13 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CEP55 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LMNB2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SERPINB5 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
VTCN1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
BCL2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ANXA6 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PNKD DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HILPDA UP in 'low transepithelial electrical resistance' vs 'monolayer control'
DBF4 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
POP7 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CMSS1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CSRNP2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PAPLN UP in 'low transepithelial electrical resistance' vs 'monolayer control'
PGM3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SPRED2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
MDC1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ACOX1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ERMAP UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SPAG4 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
VWA5A UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PLXNA3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
EFNA1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ELK4 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SLC35F2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CTSF UP in 'low transepithelial electrical resistance' vs 'monolayer control'
LRRK2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SCLT1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
NCBP1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
RIT1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
PAQR5 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
TBC1D30 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CABLES1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HSD11B2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RNF19A UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
AC009133.12 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
RIT1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CDC6 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RHOBTB2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CCNJL DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
MCAT DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CD320 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
TGS1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
LPHN1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SPATA13 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
POU2F3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
QSER1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PPARGC1A UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CHAC2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NUF2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
DUSP1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
RASGRP1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ERRFI1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TTC18 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ARHGEF37 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
STRA13 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TRPM4 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
BICC1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SYNC UP in 'low transepithelial electrical resistance' vs 'monolayer control'
LINC01213 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ACVR2A UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ITPR1-AS1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TRAM2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
HMGB2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
COL13A1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
UBE2Q2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TMTC1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
LBR DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CLIC3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DHRS2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
STXBP4 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CLCA4 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
IL7 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RP11-554I8.2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ERCC6L DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
KIF22 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
VSTM2L UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
YPEL3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RP11-545I5.3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
BROX DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
BMPR2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
PFKFB4 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SMPDL3A UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RGL1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
RNASEH1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
QPCT DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KIF18A DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ACTR2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ZNF367 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
QPCT DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
MB21D1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
FUT11 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RHBDL2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
EID2B DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SFMBT1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CREM DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
DOK4 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
DNA2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DNAH14 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
COL4A6 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
RAB25 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ZNF239 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
DLX4 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SERPINF1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ARG2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SCLY DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SKA1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
LINC01279 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
PRR11 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
LAD1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PFKFB3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CTNND1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
EGLN3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
FAM161B UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RP11-253E3.3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MATN2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
IRX3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
DAB2IP UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TMEM156 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TLL1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ZNF655 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
BRAF DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TIMP3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RAB25 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
PCCB DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TACC3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RAD51 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
STARD5 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RACGAP1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CXCL14 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ZNF697 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CACNB3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MMP7 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HERC6 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PDCD6IP UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
APCDD1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
P4HA1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
BRCA1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
C10orf32 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
OLFML2A UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ATP7A UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SEZ6L2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
STAM2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
FDPS DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RPA3 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SERPINB7 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TPM3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SMPDL3A UP in 'low transepithelial electrical resistance' vs 'monolayer control'
RP13-238F13.5 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GJA1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TAF1A DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TLCD2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
VPS13C UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SERINC5 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PRR15L UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SYNE2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SERTAD1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TWSG1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
GRHL1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ZNF185 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
BLM DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
TXLNG DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NDUFAF2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HOMER2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NDUFAF4 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RP11-361F15.2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
NOLC1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MROH1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ZNF514 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
KIAA1211L UP in 'low transepithelial electrical resistance' vs 'monolayer control'
NEXN DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
RP11-351I21.11 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SLC44A1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CYB5R1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LY6E DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PCDH9 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CIART UP in 'low transepithelial electrical resistance' vs 'monolayer control'
MYO1B DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SHCBP1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TMEM27 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SP140 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LYRM5 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
BEAN1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
DEFB1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RAD54L DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SPRY4 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CUL4A DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SLC2A5 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
PGK1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
GRAMD1C UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RP11-274H2.5 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
KIFC1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
DHRS12 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KRT6B UP in 'low transepithelial electrical resistance' vs 'monolayer control'
C4orf47 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ZNF286A DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MCM3 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
FTSJ2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CD9 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
LY6D UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
BRIX1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FAM228B UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PMAIP1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ERMAP UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
FANK1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
RFTN1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SPC24 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DTYMK DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
XIST UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SERTAD3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CASZ1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RP11-932O9.10 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PRKCD UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
FUT3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
DST UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
BOK UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
MYO19 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
AMIGO2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
DSP UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
MIEF2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SSH2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PVRL3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ARMC9 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PROM2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
PLAG1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
S1PR5 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
QDPR DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
FKBP14 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
RAB11FIP3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ATP2C2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SLPI UP in 'low transepithelial electrical resistance' vs 'monolayer control'
C1orf210 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CSRP2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ARHGEF10L UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MTSS1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CSTF2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
GPRC5A UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PPP2R2B UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
MIR22HG UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TGFB2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CCNB2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SLC9A8 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
MYBL2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RMI2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
APOB UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SMC2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KAT2B UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
EBNA1BP2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
EPHA2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CNRIP1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PAK1IP1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CCNH DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
GOT1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
FANCD2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PPP2R2B UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
H2AFX DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GSAP UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
KLHDC8B UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DLX1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RP11-588K22.2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RPS6KA3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
DMPK UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KLHL28 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RALGPS1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CTSV UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
DENND4C UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SCO1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CTB-119C2.1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CD47 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CDA DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ADORA2B DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
DYNLT3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GPD2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PHGDH DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SH3PXD2B UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TLR4 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PRDM1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CCNJL DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ARHGEF10L UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TACC1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
IFI27 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
GABPB1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
FSTL1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RP11-111E14.1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CAPS UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
AIFM1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SLC39A11 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
WWC3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SESN3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DYRK2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
GLTSCR2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
C12orf5 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
C9orf40 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
WDR27 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SNHG3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
IFIT2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SULT2B1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
HIST2H2BE UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
NGFR DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RECK DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CDCA5 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
TYMS DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
UBE3B DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HRASLS2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HOXA10-AS DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ABCG1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
COX15 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
COA1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RAB40B UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
GPR155 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
BCL2L12 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ESR1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
BTG2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MCFD2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SCARB2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RP11-496I9.1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SLC46A1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DIAPH3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
GAB2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SLC22A23 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
DFNB59 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
DAPK1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ITPR1-AS1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TEX10 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CNOT7 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
C6orf106 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
OPLAH UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
NADK DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MELK DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
NIPAL2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
WNT4 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CDC7 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ST6GALNAC5 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SLC29A3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
BBIP1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RP4-758J24.5 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ENG DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
KIAA0247 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
OVOL2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RP11-61L23.2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
KIAA0247 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
OTUD4 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CCDC30 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ELAVL2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SLC28A3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CDCA8 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CASZ1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PPBP UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SMURF2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PEX11A UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DDIAS DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GPSM2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
DDX39A DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SUSD4 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ARHGEF37 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ITGB5 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MBNL1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PMCH DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SAMHD1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
INADL UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HIST2H2BE UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FOXRED1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
G2E3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LGR4 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RP11-111M22.3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SPATA13 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
STIP1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DCPS DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PPP1R13L UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RP11-539L10.3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SPTSSA UP in 'low transepithelial electrical resistance' vs 'monolayer control'
DTX4 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ARHGEF37 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TMPRSS4 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
NUF2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
AP000251.3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
STIM1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CXCL1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
FEM1B UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SPRY4 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PRPF38A DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SRGN DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ANXA6 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
WDR13 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
MAP7D2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
NOD2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SQLE DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
HIST1H2AE UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KCNG1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
WDR31 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
AIM1L UP in 'low transepithelial electrical resistance' vs 'monolayer control'
IMP4 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CHRNA5 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ZNF251 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HLA-E UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ALDH1B1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CENPU DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PPP1R13L UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PARP1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
LIPH UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
MALL UP in 'low transepithelial electrical resistance' vs 'monolayer control'
MUM1L1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
IGSF9 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
KRT4 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ST6GALNAC1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MSH2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ARNTL2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
IVNS1ABP UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
OGT UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SGK1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
FBXO22 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ID3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
MFSD6 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
WIPI1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
NADSYN1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ST6GALNAC4 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
IL1RAP DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ITPR1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
NUP98 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
LSM5 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ASXL1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PARD6G UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RABEPK DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SSSCA1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CDH16 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
PRMT2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TMEM132A UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RASSF6 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
PAQR3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GINS2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LENG8 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
AIFM2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
BEST2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
APOO DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
HES2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CYP26B1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SUSD5 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DPYSL2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TINF2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
MARC1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
NUF2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
STAT2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
AC018816.3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
FUT3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
UHRF1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KIFC1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
MPZL3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PGLYRP4 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
APOBEC3A UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
AP001372.2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RP11-111M22.3 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
LRPPRC DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MR1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
BBIP1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PDGFD UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
MIB2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TGM5 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
DNAJB2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ORC6 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
WSB1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
MYH10 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GCFC2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MTSS1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
RAB7B UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MOK DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SLC35G1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SIX4 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LHX2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GSN UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PKMYT1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ORC5 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TBC1D24 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
HYLS1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ABCG2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
RILPL2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NRP2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ELMO3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SDCBP2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
RP11-373D23.2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PTEN UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CDC23 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TIMM21 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ZBTB42 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
NR2F1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SYBU DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TSNARE1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SKA1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TAGLN UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
MKKS DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NNMT DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PABPC1L UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
C4orf47 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
HES4 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ARRDC3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
C1orf43 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
WDR47 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DDX39A DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PLA2G2A UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TMPRSS11E UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
DOK7 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
RGS2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ID3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LL0XNC01-116E7.2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PDK3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ALDH3B2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
KCTD12 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FAM162A UP in 'low transepithelial electrical resistance' vs 'monolayer control'
GDPD3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HMMR DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NOX5 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ETV4 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
GSG2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
COL13A1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
HES1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KDM3A UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
G6PD DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
BAG1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
MAP9 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CLDN7 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
POP7 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PRSS8 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
POLE2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
STX19 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
HES2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PODXL DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
HSPD1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KRT15 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TNFRSF25 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ARG2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
TPM3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SLC20A1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DPYSL2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
FKBP15 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NOTCH3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ABHD12 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ZNF697 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NCF2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GNPDA1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
C14orf159 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
KLRF1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
DQX1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DCTN5 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
LCP1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HEY2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MFSD1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ZNF503 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DEF8 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
EFNA3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
VSTM2L UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TMTC1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CTNNAL1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ALDH8A1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
POLQ DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
H2AFX DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
EPCAM DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MTURN UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DOPEY2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SERPINB3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CXCL14 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ELMO3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
PLEK2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RNF141 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
YARS DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ARHGAP11B DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RP11-670E13.6 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
C1R UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TINCR UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ATP1A1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SLC6A6 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CELSR1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
C6orf1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SLC26A6 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
DOCK6 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CTC-471J1.2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
KIF2A DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CBX1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MTBP DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
GGT6 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
MRPS10 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RP11-670E13.6 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
TMEM55A DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
NCOA2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MAP9 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PAPSS2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PRSS12 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
PDK3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CYGB DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
IGF1R UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SPDL1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
AIM1L UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
FAM216A DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SH3TC2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
GPT2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
UNC5B-AS1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FAM43A UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RDX DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PSMD5-AS1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
BAG1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
MAP3K13 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CA2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GPR155 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
PBXIP1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CHST2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TMEM180 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MB21D1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NPRL3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ODC1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MYLK UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FOXC2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PDGFRL DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
JPH1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SLC43A3 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
DYNLRB2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
GRPEL1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HAT1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RNASEL UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
BPTF DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
P4HA1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SEH1L DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CASC10 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TNFRSF10A DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SPRR3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TTLL1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
GSG2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
C3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DUSP22 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TIMP1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TCF19 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SNRPD1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
GRPEL1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
GDPD3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CYP4Z1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LSM11 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
AIM1L UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NCEH1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SEPP1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CYBRD1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
(Sample) phenotype/plateau transepithelial electrical resistance
ALDOC UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CRIP2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
OVOL1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
EFNA4 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PTK7 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SYNJ2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CREM DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ATP13A4 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CGN UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
HIST1H1C UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TRA2B DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
AOC1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
POU2F3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
LEMD1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ARNTL2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MBD5 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
FZD6 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CDH16 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CEP152 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
LSM5 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MB21D1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SAMD9 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HIST1H4H UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CACNB3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
BHLHE41 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SLC45A4 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
AZGP1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
HSP90B1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SNRNP25 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DEPDC1-AS1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RPS15A UP in 'low transepithelial electrical resistance' vs 'monolayer control'
FAM20C DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
GINS1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
FGFR1OP2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
(Sample) phenotype/low transepithelial electrical resistance
RAD51AP1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FAM174A UP in 'low transepithelial electrical resistance' vs 'monolayer control'
POLDIP3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
DCAF7 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CLDN1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ZNF616 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RMI1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KLC3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SCO1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CHAF1B DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
C11orf30 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
IKZF2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PSMB9 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
RP1-102K2.8 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
BCL2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
GABPB1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PNRC1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
HIST1H2BC UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SCG5 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RNF165 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
B3GNT8 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TRIOBP DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
RNF217 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
PHGDH DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ENDOD1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
PSMC3IP DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
BARD1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
COA1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CAMK1D UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ZMYM2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
GLS DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
BICD1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
DCBLD2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ANAPC16 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
UBE3B DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
AP1S3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CENPE DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
NEIL1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GPNMB UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HNRNPM DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ARSJ DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RASSF4 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SIX1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ADAMTS12 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RP11-373D23.2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
C7orf60 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RAB27B UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SEC14L1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CSTA UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SCD5 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
BHLHE41 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CCL20 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MYEOV UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PTPLA DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RC3H2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
GINS2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PCNA DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RP11-132A1.4 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MCFD2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
UNC5B-AS1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
QSER1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ANTXR1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
OIP5 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
COLCA1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CDC27 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MSI2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PSPH DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
C2orf54 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TOM1L2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
IL20RB UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NUB1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
GRHL3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NUP98 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ESR1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
RPL22L1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
COL17A1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ARSJ DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PTK6 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DUS3L DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TDP1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CYBRD1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CCDC126 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ARHGAP23 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PRMT1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RPA3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HOMER2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ETV1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SPATA5 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
LTBP2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
DCTPP1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
IFITM10 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
GABPB1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
MAP7D2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SLC44A3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
RGCC UP in 'low transepithelial electrical resistance' vs 'monolayer control'
NSD1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
VHL DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
HSD11B2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SFTA1P DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ZC3H12C DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PDE6D DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
LRR1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CHM DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NDC80 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
IL6ST DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NDC80 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FKBP15 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
WRAP53 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SENP7 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
AFG3L1P DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PMP22 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ARRDC4 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ALDOC UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CTSO UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
FRAS1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
KIAA1109 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
HJURP DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PABPN1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
RP5-1024G6.8 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
RRM1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PFAS DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ORAOV1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PAPSS2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
FAM111B DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
GJB2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
BBOX1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NOM1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
RP4-740C4.7 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ARHGAP25 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RP11-166D19.1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CYFIP2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
IGSF3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SPRED1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
FPGT UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ARSJ DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
MYBL1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
BASP1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SEC24A DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
FARP2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SYNE3 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
TM7SF3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NOX5 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LOXL1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
KIRREL DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HMGB3 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
STXBP6 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CTNNAL1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MMP16 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MAP3K2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TRIM22 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
GLA DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
VPS13D UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ORAI1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TMEM134 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
FKBP14 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
FANCM DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
GOLGA8A UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
KRT17 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
MRPL11 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
LMNB2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
HMGB1P4 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
MAT2A DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RP11-500C11.3 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
FAM20C DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HS6ST3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CMBL DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
FGFR1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CDCA4 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
FAM171B UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SYDE2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
LONRF3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PMS1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RP11-774O3.3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CYBRD1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
MLKL DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MGEA5 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
WDR12 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PMS1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
AP3B2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
NAGK UP in 'low transepithelial electrical resistance' vs 'monolayer control'
MAP2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
AC011330.13 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SLC28A3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
GINS3 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
AC009133.12 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
DEPDC1B DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NCEH1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SLC35E2B UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
FAM214A UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CAMK4 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
COQ4 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PHF14 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MIR3939 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PODXL DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MRPL19 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
EGLN3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PDGFD UP in 'low transepithelial electrical resistance' vs 'monolayer control'
DIXDC1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TSNARE1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
EBNA1BP2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
IFI16 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SDC1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
C10orf32 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
IGBP1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ARL14 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SGOL1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TTC7B DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
TRIOBP DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HS3ST3A1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PPP1R3B UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RP11-400K9.4 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DEFB1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
HIST1H2AG UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TTK DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
STAT6 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
LRAT UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CIRBP UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LRIG1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
NQO1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
FAM43A UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PIGW DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PPA2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
AKNAD1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KLK6 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ZNF264 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MYEOV UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SLC44A1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
FAM13A UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LINC01133 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
LPHN1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
IGSF9 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TDRD9 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GBP3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ZNF766 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RUNX2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TIPIN DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
BBOX1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
WDR35 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ATP5G1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
HS3ST3A1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PHC2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RP1-178F10.1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NADK DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PSMC3IP DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
BCL2L11 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RP3-428L16.2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RAPGEF2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SFMBT1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
LMNB2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PIK3R1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
AKAP9 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
MTHFD1L DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PNLIPRP3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RNF144B UP in 'low transepithelial electrical resistance' vs 'monolayer control'
MCM2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
LINC00342 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
WFDC2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CHST7 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ARRDC4 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RP11-259N19.1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GLS DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SEPHS1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
GEMIN5 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ABCA12 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NPM3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ISOC1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MEF2A UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
LETM2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KCTD21 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ZBTB20 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PDLIM7 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PPM1F DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CACNA2D3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CYP26B1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ADIRF UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PLEK2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
TMEM159 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
GLCCI1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
HEBP2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PTTG1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CLEC7A UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
C11orf54 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ST6GALNAC1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SLC22A4 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RDX DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TNIP3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CENPO DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KLK5 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
GSTA4 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
MAP3K8 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MARS2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SPRR2A UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CENPK DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RAD1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
NGFR DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MCOLN2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
KLK8 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FUT8 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
LBR DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ACTRT3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PAXIP1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
LYRM5 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SPINK5 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
BUB1B DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HSD17B1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TP53INP1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
LIG1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
COL28A1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PLEKHG1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
PSPH DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SLC44A2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CMSS1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CAMK1D UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SKA3 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
FANK1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KIF11 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
TTF2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MKKS DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ETFDH UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
HIST1H2BE UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FOXM1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
TAF5L DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
OTUD4 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KRT14 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RIPK4 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SMAD9 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HILPDA UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
EXOSC9 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
EIF1AD DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NUDT1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KANK4 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
BPGM UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CAB39L UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
YPEL5 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ENTPD3 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RP11-119F7.5 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CEP89 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DKFZP586I1420 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
NHS DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TRAPPC10 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PFAS DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
FDPS DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PCDH9 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
RNASEH1-AS1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DTX4 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ERCC8 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
NABP2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
DICER1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
BMF UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CDC23 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ABCD3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
UMPS DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PHTF2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
MILR1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RP11-420A23.1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
KIAA1407 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RHOV UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MCM7 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
EFNA1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
S1PR5 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LCP1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ENAH DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MARCH3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PEX11A UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TJP3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RNF44 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CIRBP UP in 'low transepithelial electrical resistance' vs 'monolayer control'
KRT223P UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TGM1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
HIVEP3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
FKBP15 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RRAS UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CTC-471J1.2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
C1RL UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
HES2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
GPATCH11 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RPL39L DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SAMD5 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MUC15 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
UPK2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TMEM98 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
LGALS8 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
OIP5 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
NR3C2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
IRX5 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ASNS DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ARHGAP11B DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
C19orf66 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KIAA1407 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
FHOD3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MR1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
MDFIC DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
FNTA UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TMEM63C UP in 'low transepithelial electrical resistance' vs 'monolayer control'
GREB1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SH3BP4 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PLD5 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RHOBTB1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PRRT3-AS1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ERCC6L DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CAMK4 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NCAPD2 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
KRT16 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
MMP10 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ZBED2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ZBTB42 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ATP6V0E2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CABLES1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
DKC1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TIMM50 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CACNB3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CCNJL DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NOP56 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
BCL2L12 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ATL3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RNGTT DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
MBOAT2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SYTL1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
GDA DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HMGB1P4 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ZNF529 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
NAGK UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CHST2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HBP1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
NAA15 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
STX19 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PXDNL UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RP11-9E17.1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
FIBCD1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
DSG3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RIMKLB UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ABHD12 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SLC6A6 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PTGER2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
GCFC2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PCDHB16 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CCDC30 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ZNF350 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MCM6 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RNF213 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RP11-49I11.1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RGL2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
HS6ST3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ULK4 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
IFIT1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ACYP2 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
DEF8 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
TMEM87A DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
LRRC27 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
E2F8 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PARP2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
AGPAT9 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
MND1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
IFI16 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
TMEM59 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
STAT4 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PRODH UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TMEM79 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
PGM2L1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
MUC16 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
IGFL1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
LSM4 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PER1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
DUSP5 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
STX12 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
KLF9 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TXNDC9 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
TUBB DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
TOLLIP UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NOM1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CTB-113P19.4 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PSMD5-AS1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
FAM98B DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
AP1G2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
MED24 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MED24 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
MDFIC DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LETM2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
RHOU UP in 'low transepithelial electrical resistance' vs 'monolayer control'
AURKA DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
FAM216A DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
KIF23 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DNMT1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
HFE DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SLCO4A1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PLEKHG1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
IVL UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ESYT2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ATL1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ZBED2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
KIAA1549 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ST6GALNAC2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SYT8 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
GNL3L DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
FZD10 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PAG1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ORC1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
KIF20B DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
KNTC1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
MRPS9 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ELAVL2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
TTF2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
RNF145 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PASK DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RBM47 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
EP400NL DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NADSYN1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TTK DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
NEIL3 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CYB5R2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
CTGF DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
CLIC2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SH3GLB2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
IPO5 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
LIPG DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PRR15L UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CEP83 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LRP1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
PPID DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PSRC1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SURF4 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RSRP1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
IFIH1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SLC37A2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ELAVL2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ROBO4 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TCN1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CXorf38 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
VARS2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
PGP DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
NUP98 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
AP3B2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
PDE6D DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
PSD4 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NFKBIZ UP in 'low transepithelial electrical resistance' vs 'monolayer control'
PBK DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
EXO1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SART3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ST6GALNAC4 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
TMC6 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CLCA4 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
ANKRD37 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
CKB UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
MRPL52 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NUP155 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ZNF585A UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
HSPB1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SCD5 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
EPB41L4B UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
SRCAP UP in 'low transepithelial electrical resistance' vs 'monolayer control'
RPL31 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
TSC22D3 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SOX9 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ETS1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ALDH1A1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
NEK6 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
MXI1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
DCAF17 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CNRIP1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
C9orf40 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
EVI2B DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
SOX6 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
OLFM4 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
NR1H3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CASP14 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
DDAH2 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ACTRT3 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
LINC00964 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RNF128 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LRP1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TSNARE1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ZWINT DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
EXOSC9 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
POLR3G DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ANAPC16 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
DCPS DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SART3 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
CCDC86 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
DRAP1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
ITPK1 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CTNNAL1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
SLC26A6 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
TOP1 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
TRIOBP DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
KCNG1 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
APOO DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
ZNF204P UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
SACS DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
YPEL1 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
ISM1 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
RARRES3 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
EVI2A DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
IL17RC UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
AGO2 DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
ABCA5 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
PCDH7 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
TP53INP1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
C12orf45 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
RCOR3 DOWN in 'plateau transepithelial electrical resistance' vs 'monolayer control'
LARS2 DOWN in 'low transepithelial electrical resistance' vs 'monolayer control'
IL20RB UP in 'low transepithelial electrical resistance' vs 'monolayer control'
KAT2B UP in 'low transepithelial electrical resistance' vs 'monolayer control'
THNSL2 UP in 'plateau transepithelial electrical resistance' vs 'monolayer control'
CDR2L UP in 'low transepithelial electrical resistance' vs 'monolayer control'
REL UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RCSD1 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
MOK DOWN in 'mid transepithelial electrical resistance' vs 'monolayer control'
WDR13 UP in 'mid transepithelial electrical resistance' vs 'monolayer control'
RASSF4 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
SLC39A11 UP in 'low transepithelial electrical resistance' vs 'monolayer control'
HOPX UP in 'mid transepithelial electrical resistance' vs 'monolayer control'