KIF23 DOWN in 'microgel iron oxide' vs 'none'
SPC25 DOWN in 'microgel iron oxide' vs 'none'
CDKN3 DOWN in 'microgel iron oxide' vs 'none'
(Factor value) COMPOUND/microgel iron oxide
BUB1B DOWN in 'microgel iron oxide' vs 'none'
ATAD2 DOWN in 'microgel iron oxide' vs 'none'
HMOX1 UP in 'microgel iron oxide' vs 'none'
KIF20A DOWN in 'microgel iron oxide' vs 'none'
DEPDC1 DOWN in 'microgel iron oxide' vs 'none'
(Sample) cell type/mesenchymal stem cell
ASPM DOWN in 'microgel iron oxide' vs 'none'
RRM2 DOWN in 'microgel iron oxide' vs 'none'
METTL7A DOWN in 'ferucarbutran' vs 'none'
CENPW DOWN in 'microgel iron oxide' vs 'none'
CASC5 DOWN in 'microgel iron oxide' vs 'none'
BIRC5 DOWN in 'microgel iron oxide' vs 'none'
PRC1 DOWN in 'microgel iron oxide' vs 'none'
KIF2C DOWN in 'microgel iron oxide' vs 'none'
CDK1 DOWN in 'microgel iron oxide' vs 'none'
TOP2A DOWN in 'microgel iron oxide' vs 'none'
PARPBP DOWN in 'microgel iron oxide' vs 'none'
KIF4A DOWN in 'microgel iron oxide' vs 'none'
HMMR DOWN in 'microgel iron oxide' vs 'none'
CCNA2 DOWN in 'microgel iron oxide' vs 'none'
CDCA3 DOWN in 'microgel iron oxide' vs 'none'
SKA1 DOWN in 'microgel iron oxide' vs 'none'
CENPE DOWN in 'microgel iron oxide' vs 'none'
RAD51AP1 DOWN in 'microgel iron oxide' vs 'none'
SPAG5 DOWN in 'microgel iron oxide' vs 'none'
SOD2 UP in 'microgel iron oxide' vs 'none'
FANCI DOWN in 'microgel iron oxide' vs 'none'
SHCBP1 DOWN in 'microgel iron oxide' vs 'none'
CEP55 DOWN in 'microgel iron oxide' vs 'none'
CENPU DOWN in 'microgel iron oxide' vs 'none'
MAD2L1 DOWN in 'microgel iron oxide' vs 'none'
SMC2 DOWN in 'microgel iron oxide' vs 'none'
FAM83D DOWN in 'microgel iron oxide' vs 'none'
NEK2 DOWN in 'microgel iron oxide' vs 'none'
NUF2 DOWN in 'microgel iron oxide' vs 'none'
Analysis of 'microgel iron oxide' vs 'none'
KIF11 DOWN in 'microgel iron oxide' vs 'none'
FAM64A DOWN in 'microgel iron oxide' vs 'none'
NUSAP1 DOWN in 'microgel iron oxide' vs 'none'
DLGAP5 DOWN in 'microgel iron oxide' vs 'none'
AURKA DOWN in 'microgel iron oxide' vs 'none'
ZWINT DOWN in 'microgel iron oxide' vs 'none'
PTGS2 DOWN in 'microgel iron oxide' vs 'none'
CENPA DOWN in 'microgel iron oxide' vs 'none'
OIP5 DOWN in 'microgel iron oxide' vs 'none'
NCAPG2 DOWN in 'microgel iron oxide' vs 'none'
KIF14 DOWN in 'microgel iron oxide' vs 'none'
CKAP2L DOWN in 'microgel iron oxide' vs 'none'
PTTG1 DOWN in 'microgel iron oxide' vs 'none'
PLK4 DOWN in 'microgel iron oxide' vs 'none'
ANLN DOWN in 'microgel iron oxide' vs 'none'
NCAPG DOWN in 'microgel iron oxide' vs 'none'
KIF15 DOWN in 'microgel iron oxide' vs 'none'
SMC4 DOWN in 'microgel iron oxide' vs 'none'
TRIP13 DOWN in 'microgel iron oxide' vs 'none'
PBK DOWN in 'microgel iron oxide' vs 'none'
SGOL2 DOWN in 'microgel iron oxide' vs 'none'
ECT2 DOWN in 'microgel iron oxide' vs 'none'
PLA2G3 UP in 'microgel iron oxide' vs 'none'
BUB1 DOWN in 'microgel iron oxide' vs 'none'
RFC3 DOWN in 'microgel iron oxide' vs 'none'
CCNB1 DOWN in 'microgel iron oxide' vs 'none'
CXCL8 UP in 'microgel iron oxide' vs 'none'
MCM10 DOWN in 'microgel iron oxide' vs 'none'
AKR1B10 UP in 'microgel iron oxide' vs 'none'
RAB27B UP in 'microgel iron oxide' vs 'none'
CCNB2 DOWN in 'microgel iron oxide' vs 'none'
MTFR2 DOWN in 'microgel iron oxide' vs 'none'
AURKB DOWN in 'microgel iron oxide' vs 'none'
UBE2C DOWN in 'microgel iron oxide' vs 'none'
PRR11 DOWN in 'microgel iron oxide' vs 'none'
CENPK DOWN in 'microgel iron oxide' vs 'none'
TAC1 UP in 'microgel iron oxide' vs 'none'
SQSTM1 UP in 'microgel iron oxide' vs 'none'
GAS2L3 DOWN in 'microgel iron oxide' vs 'none'
NDC80 DOWN in 'microgel iron oxide' vs 'none'
CDC20 DOWN in 'microgel iron oxide' vs 'none'
PLK1 DOWN in 'microgel iron oxide' vs 'none'
TYMS DOWN in 'microgel iron oxide' vs 'none'
MND1 DOWN in 'microgel iron oxide' vs 'none'
TTK DOWN in 'microgel iron oxide' vs 'none'
Cell tracking is enabled by incubating ex vivo cells with commercially/clinically available MRI particulate label, such as ferucarbotran. However, the uptake by non-phagocytic cells, such as mesenchymal stem cell (MSC) is poor, and the detection by MRI is impeded. MGIO is a new label that is efficiently taken up by MSC. The proliferation and differentiation capacity of labelled cells are usually assessed to determine cytotoxicity. In this study, we compared the global gene expression profiles of mock-labelled, ferucarbotran-labelled and MGIO-labelled fetal MSC. Experiment Overall Design: Fetal MSC were labelled at passage 5, washed with PBS to remove excess labels, detached by trypsin, pelleted by centrfugation and lysed for RNA extraction with the RNeasy mini kit (Qiagen) in triplicates.
TPX2 DOWN in 'microgel iron oxide' vs 'none'
ANXA10 UP in 'microgel iron oxide' vs 'none'
SPP1 UP in 'microgel iron oxide' vs 'none'
KIF18A DOWN in 'microgel iron oxide' vs 'none'
CENPF DOWN in 'microgel iron oxide' vs 'none'
DEPDC1B DOWN in 'microgel iron oxide' vs 'none'
CENPN DOWN in 'microgel iron oxide' vs 'none'