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. 2017 May 4;7:85. doi: 10.3389/fonc.2017.00085

Table 1.

NRF2-addicted cancer cell lines.

Cell line Cancer types Causes for NRF2 activation Reference
Lung
A549 Adenocarcinoma KEAP1 G333C (homo) (47, 55)
KEAP1 promoter methylation (50)
H838 KEAP1 443 frameshift (homo) (47)
H1395 KEAP1 G350S (hetero)
H1993
H1435 KEAP1 L413R (homo)
H460 Large cell carcinoma KEAP1 D236H (homo)
Esophagus
KYSE70 Squamous cell carcinoma NRF2 W24C (homo) (56)
KYSE110 NRF2 E82D (hetero)
KYSE180 NRF2 D77V (homo)
Kidney
Caki-2 Clear cell carcinoma p62 accumulation (57)
KEAP1 silencing?
UMRC-2 p62 accumulation
SK-RC-20 Carcinoma p62 accumulation
UMRC-6 p62 accumulation
SLR21 KEAP1 silencing?
A498 n.d. (58)
Pancreas
AsPC-1 Adenocarcinoma n.d. (59)
Colo-357 n.d. (60)
Suit-2 KEAP1 silencing? (61)
Prostate
DU145 Carcinoma KEAP1 promoter methylation (31)
Liver
JHH-5 Hepatocellular carcinoma n.d. (62)
Huh1 Phosphorylated p62 accumulation

The number in the causes for NRF2 activation column indicates the position of the mutated amino acid. Frameshift generates stop codon. homo, homozygous (2 mutant alleles); hetero, heterozygous (1 mutant allele); n.d., not yet determined.