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Table 2 VHL mutations and HLA types in vaccinated patients

From: A pilot clinical trial testing mutant von Hippel-Lindau peptide as a novel immune therapy in metastatic Renal Cell Carcinoma

Pt

DNA mutation

Protein mutation

HLA-A

HLA-B

HLA-DR

HLA-DQ

1

del TT 443-444

148 Phe-Cys fsX25

02

15, 40

04, 13

03, 06

2

T-C 497

166 Val-Ala

02,11

3701, 4001

1001, 13

0501, 06

3

G-T 332

111 Ser-Ile

03, 29

14, 35

01, 13

05, 06

4

C-G 343

115 His-Asp

02

07, 40

1302, 1501

ND

5

del C 183

62 Val-Cys fsX5

03,29

35, 44

01, 13

0501, 06

6

ins C 346-347

116 Leu-Pro fsX16

02,31

40, 51

0404, 11

0301, 0302

  1. Abbreviations: del = deletion; fs = frameshift; X = stop codon; ins = insertion.
  2. Patient 1 had a deletion of a thymine at two nucleotides (443 and 444) that resulted in a predicted frameshift starting at codon 148 with a phenylalanine to cysteine amino acid change, extending for 23 more codons, and ending with a premature stop codon at position 172. Patient 2 had a mutation at nucleotide number 497 resulting in a change from thymine to cytosine which led to a substitution in valine to alanine at position 166. Patient 3 had a mutation at nucleotide number 332 resulting in a change from guanine to thymine that led to a substitution in serine to isoleucine at position 111. Patient 4 had a mutation at nucleotide number 343 resulting in a change from cytosine to guanine which led to a substitution from histidine to aspartic acid at position 115. Patient 5 had a deletion of a cytosine at nucleotide number 183 that resulted in a predicted frameshift starting at codon 62 with a valine to cysteine amino acid change, extending for 3 more codons, and ending with a premature stop codon at position 66. Patient 6 had an insertion of a cytosine between two nucleotides (346 and 347) that resulted in a predicted frameshift starting at codon 116 with a leucine to proline amino acid change, extending for 14 more codons, and ending with a premature stop codon at position 131.