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. 2012 Nov 20;22(7):1063–1075. doi: 10.1089/scd.2012.0315

Table 3.

Comparison of Gene Expression Profiles of Resting CD4+ T-Cells in the Presence and Absence of MSCs Shows Upregulation of Different Genes Involved in T-Cell Activation

Gene symbol Fold regulation p-Value
STAT1 24.761 0.00001
LAG3 22.7848 0.049585
CD86 18.5498 0.018956
IL2RA 14.9631 0.0069
GAPDH 11.7669 0.036322
SOCS1 11.6857 0.004475
TNFSF4 9.602 0.007012
IRF1 8.0371 0.000742
CD80 8.0185 0.000198
TNFRSF9 7.4643 0.04532
CEBPB 6.9323 0.042343
IL18R1 6.0629 0.000919
CTLA4 5.3889 0.009356
TMED1 4.2183 0.024149
ACTB 4.084 0.000995
JAK2 3.7668 0.000116
IL15 3.5801 0.014315
HPRT1 3.4742 0.023748
IL1R2 3.2117 0.007129
IL4R 3.0244 0.001042
MAF 2.9349 0.001968
B2M 2.8154 0.001036
CCR4 2.6147 0.007229
ICOS 2.2191 0.016985
NFATC1 2.1936 0.045864
NFATC2IP 2.0515 0.011964
STAT4 2.0093 0.011348
STAT6 1.9725 0.044474
GLMN 1.8965 0.039781
NFATC2 1.8108 0.014851
YY1 1.8067 0.033787
GATA3 1.7132 0.002088
TFCP2 1.6857 0.009999
PTPRC 1.5692 0.029901
TYK2 1.5227 0.008305
IL6R 1.5227 0.036303

Resting CD4+ T-cells were cultured in the presence and absence of MSCs, and harvested after 6 days. Gene expression profiles were generated by PCR array (Human Th1-Th2-Th3 RT2 Profiler PCR Array from Qiagen). Resting CD4+ T-cells were used as the control group. The class comparison analysis shows that the presence of MSCs upregulated several genes involved in T-cell activation. Downregulated genes are shown in italics. Only genes showing a fold-regulation >1.5 with a p-value<0.05 were considered in the analysis.