Table 1.
Genes associated with chemoresistance in both human B-ALL cell lines. REH & RCH-AcV (ACM + MTX); p-value cutoff of 0.01 | |
---|---|
Upregulated | Downregulated |
RSPRY1 | CCDC17 |
RAD17 | LINC00176 |
SDF2L1 | IK |
VPS9D1-AS1 | NSMCE2 |
OXNAD1 | MYO5C |
STAT6 | ASTN2 |
MIR7161 | RAN |
MCMBP | MORF4L2-AS1 |
LINC00624 | THOP1 |
ODF2L | CDS2 |
TSC1 | MOGS |
LINC00562 | AFF4 |
PPARGC1B | ‘PIK2IP1 |
CD3EAP | NAIP |
SLCO4A1-AS1 | ZFP36L1 |
ARRDC4 | RAB15 |
RCN1 | TMEM217 |
LINC013355 | PEX19 |
TMEM88 | LIG1 |
MYD88 | PHLDA3 |
CNOT8 | GADD45A |
CHRNA5 | RHEB |
FMNL2 | TSGA10 |
HLA-E | |
CRACR2A | |
CDNF | |
LINC01144 | |
RHNO1 | |
XYLT1 | |
EIF5AL1 | |
PDIA5 | |
DDN | |
EFNA3 | |
SLC25A16 | |
TLCD1 | |
GPR137C | |
ZFP36L2 |
This table contains genes identified as being associated with chemoresistance in both cell lines using a p-value cutoff of 0.01. Notably, this list did not contain many mediators of cellular aggregation or adhesion, which was a prominent phenotype observed in human B-ALL cells cultured in adipocyte-conditioned media.