- Poster Presentation
- Open Access
Who gets cancer?
© BioMed Central 2005
- Published: 17 June 2005
- Prostate Cancer
- Cancer Risk
- Basal Cell Carcinoma
- Tumor Suppressor Function
We have looked for genetic differences influencing cancer risk in the general human population. One human chromosomal region that recent data indicate as important for cancer risk is 19q13.2-3, more specifically a 69 kb region including the genes XPD, RAI, ASE1 and ERCC1. We and others have produced evidence of association between this region and occurrence of a variety of cancers, including basal cell carcinoma, melanoma, lung cancer, glioma, breast cancer, bladder cancer, and possibly head and neck cancer (see for instance ). A recent search along the region for markers with maximal association to basal cell carcinoma has led to a focus on the gene RAI . Moreover, the effect appears to be strongest among fairly young persons (<56 years of age).
These studies mainly involved analysis of single nucleotide polymorphisms in unrelated cases and controls. However, other studies have mapped a glioma tumor suppressor function to an almost overlapping region using deletions in tumor DNA . Finally, a recent genome-wide scan for chromosomal regions associated with aggressive prostate cancer located the strongest effector in a 6 Mb region, which includes the four genes mentioned .
It appears that this region of chromosome 19, most probably the gene RAI, often contains a genetic variant, which increases the risk of several cancers among fairly young humans. RAI produces an inhibitor of NF-κ B, and may thus be involved in apoptosis, which makes it very easy to rationalize its importance for cancer. In addition, studies of lung cancer have produced evidence for an independent effector within the 69 kb region of interest, possibly related to DNA repair.
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