percent of de-activated T-cells that become memory T-cells
Multiplied by 0.01 to account for the fact that the data is in percent.
probability that nT will be stimulated to iTreg when contacted by tDC
probability that TEM or TCM will be stimulated to iTreg when contacted by tDC
probability that TEM or TCM will be stimulated to Th17 when contacted by eDC
probability that nT will be stimulated to Th1 when contacted by eDC
probability that nT will be stimulated to Th17 when contacted by eDC
probalility that HP induces effector responce in M0 and iDC
Rate at which activated T-cells become de-activated in the LP
Rate at which M0 becomes M1 or M2 when in contact with cytokine-secreting immune cells
extent to which iTreg inhibits T-cell proliferation
rate of cell flow in lymph from LP to GLN
fraction of iDC in LP that are in contact with epithilial barrier and have contact with lumen environment
The selection factor for viable H. pylori following inoculation
Center for Modeling Immunity to Enteric Pathogens
Number of nT recruited by each eDC in GLN
rate at which EC and Ep are killed by cytotoxic factors secreted by Th17 and Th1
extent to which Ep secretes M1 and Th17-inducing cytokines
Carbo2013 - Mucosal Immune Response during H.pylori Infection
extent to which HP inhibits T-cell proliferation
extent to which Ep secretes microbicides (defensin)
number of resting immune cells recruited by M1, eDC to LP
extent to which Ep secretes chemoattractants
contact rate between bacteria and Epithelium (invasion of mucous layer)
rate at which E and Ep are killed by cytotoxic factors secreted by M1
probability that TEM or TCM will be stimulated to Th1 when contacted by eDC
number of nascent T-cells from one stimulated TEM- uninhibited
extent to which Ep becomes more permissive to bacterial passage
number of nascent T-cells from one stimulated TCM or nT- uninhibited