Table 1 Genes associated with chemoresistance in both human B-ALL cell lines.

From: Obesity-induced galectin-9 is a therapeutic target in B-cell acute lymphoblastic leukemia

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

 
  1. 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.