Complex SNP-Based Haplotypes in Three Human Helicases: Implications for Cancer Association Studies

Table 1.

Sequence Variants Identified in BLM, WRN, andRECQL.

Locus SNP name Position Variation
BLM B4.1 (IVS1-2056lt-c) 21812a T→C
B4.2 (IVS1-20290g-a) 22083a G→A
B11 (IVS5-302a-g) 79526 A→G
B16 (IVS16-954a-g) 118225 A→G
B18.1 (IVS17-425a-g) 122762a T→C
B18.2 (IVS17-345c-g) 122842a C→G
B20 (IVS22-2082c-a) 136931a G→T
B21.1 (IVS22+3336c-g) 142615a C→G
B21.2 (IVS22+3401a-c) 142680a A→C
B22 (IVS22+9303c-t) 148582a G→A
WRN W1 (IVS1-8213g-a) 6114a G→A
W5 (IVS4+176a-g) 45121a T→C
W10 (IVS17+1084c-a) 78453 C→A
W12.1 (IVS19-3173t-c) 88968a T→C
W12.2 (IVS19-3145t-a) 88996a T→A
W15.1 (IVS24-210c-a) 111587 C→A
W15.2 (IVS24-209a-g) 111588 A→G
W15.3 (IVS24-191c-t) 111606a G→A
W18.1 (IVS32+845c-t) 135048a G→A
W18.2 (IVS32+859g-t) 135062a G→T
W20 (IVS34-628t-g) 145865a A→C
W22 (IVS35+4302t-c) 157465a T→C
W23 (IVS35+11737g-c) 164900a G→C
W26.1 (IVS53+30673c-t) 183836a G→A
W26.2 (IVS35+30764c-a) 183927a G→T
RECQL R2 (IVS1-89964t-g) 10998a A→C
R8 (IVS1-55823a-g) 45139 A→G
R10 (IVS1-4258lt-c) 58381a T→C
R12.1 (IVS1-30638g-c) 70324a G→C
R12.2 (IVS1-30329g-t) 70633a G→T
R13.1 (IVS1-24228g-a) 76734a G→A
R13.2 (IVS1-24159c-t) 76803a G→A
R15.1 (IVS1-7216a-g) 93746a T→C
R15.2 (IVS1-7166g-a) 93796a G→A
R19 (IVS10-1078g-a) 113771a G→A
R25 (IVS15+19546t-c) 152798a T→C
R27 (IVS15+33444t-c) 166696a T→C
  • SNP positions base pairs are based on the reference sequence. In bold are SNP names used throughout this paper. B, W, and R are forBLM, WRN, and RECQL, respectively. Numbers denote the PCR product within which the SNP was detected in a 5′ to 3′ gene orientation. SNPs within the same PCR product are denoted “.1” and “.2.” In parentheses are SNP names according to the Committee on Mutation Nomenclature (Adhoc Committee on Mutation Nomenclature, 1996).a denote SNPs used in the haplotype analysis.

This Article

  1. Genome Res. 12: 627-639

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