Inflammation and Sex Hormones in Relation to Prostate Cancer Risk
1. Provide an initial examination of the role of inflammation genes in prostate cancer through haplotype and pathway analyses, using single nucleotide polymorphism (SNP) data in about 783 genes in the inflammation pathway already genotyped in CGEMS (Appendix A). This aim will be carried out jointly with investigators from 2 other inflammation-related proposals (PIs: W-Y Huang and H-L Wong). 2. Determine the joint effects of a) inflammation genes and serum levels of sex hormones on prostate cancer risk, b) inflammation genes and 34 selected sex hormone-related genes (Table 1) on prostate cancer risk, and c) inflammation genes and 8q24 risk variants on prostate cancer risk 3. Determine the genotype-phenotype correlations of inflammation genes with serum sex hormone levels in the control population.
Anand Chokkalingam (University of California, Berkley)
Stephen Chanock (CCR & DCEG, NCI, NIH)
Lisa Chu (DCP, NCI, NIH)
Richard Hayes (OEEB, DCEG, NCI, NIH)
Wen-Yi Huang (OEEB, DCEG, NCI, NIH)
Idan Menashe (BB, DCEG, NCI, NIH)
Sabah Quraishi (HREB, DCEG, HCI, NIH)
Philip Rosenberg (BB, DCEG, NCI, NIH)
Kai Yu (BB, DCEG, NCI, NIH)