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NIDA is pleased to announce this Short Course on the Genetics and Epigenetics of
Addiction to train a new generation of addiction researchers in the area of
genetics and epigenetics. This is an introductory course on approaches for
finding genes that confer vulnerability to addiction and explore individual
differences in responses to treatments. The course is targeted at program staff
and investigators who are new to the field of addiction genetics.
The course is to be held March 31–April 4, 2008, in Bethesda, MD, at the Bethesda North Marriott Hotel & Conference Center. The course is designated for graduate students, post-docs, and principal investigators who are seeking a new direction in their research program to employ genetics and epigenetic methodologies to the problems of addiction. The application deadline was January 31, 2008. Final decisions regarding acceptance will be made by February 15, 2008. Space is limited to 50 students and 40 observers.
The course will be held over 5 days with five lectures and demonstrations
given each day. Participants will be expected to gain familiarity with
conceptual and practical approaches to complex disorders, relevant genetic
databases, appropriate statistical approaches, the current status of
identification of gene variants for addictions and treatment responses, and the
current status of definitions as well as application of epigenetics to studies
of the addictions. It is hoped that the course will encourage investigators to
embark on research programs in addiction research that will use genetic
approaches.
Topics to be
covered include: behavioral genetics, genetic epidemiology, twin and adoption
studies, statistical genetic concepts and approaches for mapping complex traits,
haplotype-based approaches for association mapping, genome-wide scans for
addictive disorders, application of linkage for mapping genes and genetic loci
for addictive disorders, pharmacogenomics of treatment of addictive disorders,
Bayesian methods for identifying gene-gene interactions, analysis of copy number
variation, practical use of genetic databases, mapping of complex traits in
mice, methods for analyzing gene expression, and methods for doing epigenetic
analysis. |
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