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Genetics and Molecular Biology BranchThe Genetics and Molecular Biology Branch uses molecular genetics to identify and characterize genes involved in the normal development and function of many tissues. Blood cells, cells of the immune system and epithelial cells are studied, with particular emphasis on stem cells with their dual capabilities of self-renewal and differentiation into multiple, committed lineages. Yeast cells are used as a model system to study genome replication and stability. Investigations in this branch are designed to identify disease-associated gene defects and to understand how gene defects contribute to human diseases like anemia, cancer and immune disorders. Researchers study how genes normally act, what the consequences are when they have mutations, and how these consequences might be overcome by development of effective treatments. An important method used in this branch is gene transfer: the introduction of genes into cells to correct the effects of mutations in the cellular DNA. Studies using cell lines and animal models lead not only to basic information about gene function in health and disease, but also to human clinical trials of gene transfer for therapy of genetic diseases. Principal InvestigatorsJennifer M. Puck, M.D. David M. Bodine, Ph.D. Fabio Candotti, M.D. Pu Paul Liu, M.D., Ph.D. Kyungjae Myung, Ph.D. Julie A. Segre, Ph.D. Associate InvestigatorRaman B. Sood, Ph.D. Research Project Web SitesAutoimmune Lymphoproliferative Syndrome Database (ALPSbase) X-Linked SCID Mutation Database Database (IL2RGbase)
Last Updated: June 2004 |
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