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. 2022 Mar 3;13:1157. doi: 10.1038/s41467-022-28839-y

Table 1.

Genes associated with chemoresistance in both human B-ALL cell lines.

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.