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. 2018 Oct 25;9:258–277. doi: 10.1016/j.isci.2018.10.021

Table 2.

Characteristics of the 11 Deleterious Somatic Mutations in the HPD Tumors after Anti-PD-1 Treatment

Gene Genomic Positiona Genomic Mutation Exon Protein Alteration Predicted Effect of Somatic Mutation
snp137 ESP MAFf
SIFTb PolyPhen-2c FATHMMd GERP++e
TRPC4 chr13: 38211734 c.G2045A 10 p.R682H Deleterious (0.00) Probably damaging (0.999) Potentially associated with cancer (−2.83) 6.06 NA NA
POTEE chr2: 132021334 c.A2306T 15 p.Y769F Deleterious (0.00) Probably damaging (0.997) Potentially associated with cancer (−4.69) NA NA NA
FBN2 chr5: 127666313 c.C4297T 33 p.R1433C Deleterious (0.00) Probably damaging (0.983) Potentially associated with cancer (−2.9) 4.21 NA 7.70 × 10−5
KMT2C chr7: 151932981 c.G2690C 16 p.R897P Deleterious (0.00) Probably damaging (0.995) Potentially associated with cancer (−2.21) 5.1 NA NA
FUT10 chr8: 33246817 c.G876T 4 p.K292N Deleterious (0.00) Probably damaging (1.00) Potentially associated with cancer (−4.75) 3.42 NA NA
PQBP1 chrX: 48759773 c.C256T 4 p.P86S Deleterious (0.00) Probably damaging (0.996) Potentially associated with cancer (−1.13) 5.02 NA NA
TSC2 chr16: 2137907 c.A4832C 37 p.Y1611S Deleterious (0.02) Probably damaging (0.997) Potentially associated with cancer (−3.16) 4.59 NA NA
MFSD6 chr2: 191301728 c.G973A 3 p.G325R Deleterious (0.00) Probably damaging (0.998) Potentially associated with cancer (−2.42) 6.07 NA NA
CYP2D6 chr22: 42522990 c.C1025T 7 p.T342M Deleterious (0.00) Probably damaging (0.996) Potentially associated with cancer (−2.26) 4.06 NA NA
VHL chr3: 10191479 c.C349G 2 p.L117V Deleterious (0.00) Probably damaging (0.994) Potentially associated with cancer (−6.95) 3.07 NA NA
RAD54B chr8: 95411747 c.T721G 6 p.F241V Deleterious (0.01) Probably damaging (0.996) Potentially associated with cancer (−3.01) 5.55 NA NA

ESP, NHLBI Exome Sequencing Project; NA, not available. See also Figure S3.

a

Genomic positions are given according to the UCSC Genome Browser hg19 reference assembly.

b

SIFT scores range from 0 to 1. The amino acid substitution is predicted to be damaging if the score is ≤0.05 and tolerated if the score is >0.05.

c

PolyPhen-2 scores 0.85–1 are interpreted as probably damaging, scores 0.2–0.85 are possibly damaging, and sores 0–0.2 are benign.

d

Predictions with FATHMM scores less than 0.75 indicate that the mutation is potentially associated with cancer; otherwise the mutation is not associated with cancer.

e

There is an indication of evolutionary conservation if a given site shows a GERP++ score >2.

f

MAFs are according to the NHLBI GO Exome Sequencing Project (ESP6500SI-V2 release) Exome Variant Server v.0.0.21 (August 2013).