DCEG researchers actively investigate the role of common and uncommon inherited variations in the genetic code associated with risk of cancer. This work is carried out using biological samples from study participant and techniques like genome-wide association studies, whole genome scans, and new and emerging technologies and methods. Examples of studies include:
Study of common genetic variation associated with risk for brain tumors
A follow-up study of families with glioma to investigate genetic susceptibility and environmental risk factors
A study of breast cancer among Asian populations, including mainland China, Hong Kong, and Malaysia, with the aim of identifying distinct molecular alterations in tumors and adjacent normal tissues, and examining the associations of these molecular changes with risk factors (genetic and environmental), breast tissue composition and density, and breast cancer subtypes.
A population-based case-control study of breast cancer in Poland that combines state-of-the art techniques of exposure assessment and collection of biological specimens
A follow-up study of women who were participants in the Breast Cancer Detection Demonstration Project
A search for new genes associated with melanoma susceptibility in melanoma-prone families
A case-control study in Italy to study the role of pigmentation and other host factors in the etiology of melanoma
A study of common inherited variation associated with risk of ovarian cancer, carried out using data and biospeciments from a population-based case-control study of ovarian and endometrial cancer conducted among female residents of Warsaw and Lodz (Poland).
Studies initiated to look for major susceptibility genes for upper gastrointestinal cancers and to identify the genetic changes associated with their development
Studies of genetic susceptibility and radiotherapy-related carcinogenesis
Studies of the effects of occupational protracted low- to moderate-dose radiation exposure on breast, thyroid and skin cancer