The genome sequence and genomic resources that will be developed from the project should provide turkey breeders with tools needed to improve commercial breeds of turkey for production traits such as meat yield and quality, health and disease resistance, fertility, and reproduction. Rami Dalloul, assistant professor of poultry immunology in the Department of Animal and Poultry Sciences at Virginia Tech, remarked: "Having the turkey genome sequence at hand will help uncover disease-resistance and immune-related genes that can then be targeted to improve our understanding of disease development in the context of host-pathogen interactions. Such discoveries will help direct our efforts to enhance the turkey immune competence and develop new, more effective disease-prevention strategies." Comparative genomics in avian species, especially as it relates to determining the function of the chicken genome sequence, will also be facilitated by the availability of the turkey genome. Kent Reed, Associate Professor of Veterinary and Biomedical Sciences at The University of Minnesota, commented: "We have learned much from studies that compare the genetic map of turkey genome with the chicken whole genome sequence. This effort will not only provide information on the turkey genome, but will benefit the chicken genome sequence as well."
The turkey genome sequence will enable the integration of other turkey research tools and resources, such as genetic linkage and cytogenetic maps, expressed sequenced tags, predicted genes and proteins, regulatory regions, and other resources. It will also serve as a platform for development of future tools, such a
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| Contact: Barry Whyte whyte@vbi.vt.edu 540-231-1767 Virginia Tech Source:Eurekalert |