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. Author manuscript; available in PMC: 2023 Nov 1.
Published in final edited form as: Clin Toxicol (Phila). 2022 Sep 14;60(11):1198–1204. doi: 10.1080/15563650.2022.2117053

Table 2.

Genes involved with acetaminophen metabolism or drug induced liver injury examined for association with maximum ALT elevation over 16 days of daily therapy.

Gene CHR LD Pruning at 0.1, Variant coverage aSPU P-Value
CYP2E1 chr10 3 0.1838
CYP2E1 Promoter chr10 1 0.3076
UGT1A chr2 37 0.3796
HLA-DRB1 chr6 1 0.1318
HLA-DRB5 chr6 1 0.8841
FZD5 chr2 3 0.0969
SULT1A1 chr16 2 0.6893
SULT1E1 chr4 8 0.0019*
SULT2A1 chr19 4 0.1218
CYP2A6 chr19 1 0.2997
CYP2D6 chr22 2 0.5744
CYP3A4 chr7 6 0.2547
UGT2B15 chr4 7 0.0949
GSTP1 chr11 2 0.6413
CYP1A2 chr15 3 0.4655
CD44 chr11 25 0.0539
XBP1 chr22 3 0.6663
BTNL2 chr6 20 0.4775
GRHL3 chr1 12 0.8441
ANXA11 chr10 19 0.6093
*

Following Bonferroni correction with genes with variants included after LD pruning, level of significance was 0.0025. GSTT1, GSTM1, SULT1A4, and SULT1A3 were also tested though after LD pruning, no variants remained and thus, were not included in these analyses.