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United States Department of Agriculture

Agricultural Research Service

Research Project: PRODUCTION OF AN INTEGRATED PHYSICAL AND GENETIC MAP FOR RAINBOW TROUT
2010 Annual Report


1a.Objectives (from AD-416)
To generate an integrated physical and genetic map for rainbow trout.


1b.Approach (from AD-416)
Use BAC DNA fingerprinting to construct a physical map and BAC end sequencing to identify genetic markers for integration of the physical and gentic maps.


3.Progress Report

Developing species-specific molecular tools such as chromosome maps is critical for identifying genes affecting production traits. In an effort to integrate the rainbow trout genetic map and bacterial artificial chromosomes (BAC) physical map, the NCCCWA mapping reference families were genotyped with 205 new microsatellite markers developed from the physical map. The integrated map will facilitate gene identification and characterization by serving as a resource to track inheritance of traits and identify the chromosomal location responsible for genetic variation. In collaboration with researchers from the UNIVERSITY OF CALIFORNIA, DAVIS BAC DNA fingerprints and end-sequences were generated from approximately 15,000 clones from two new BAC libraries, which will contribute to the expansion of the current integrated map and the generation of a more robust composite map of the trout genome. The ADODR is in frequent contact with the cooperator through phone calls, email, and annual site visits in addition to receipt of written reports.


Last Modified: 12/28/2014
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