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United States Department of Agriculture

Agricultural Research Service


item Paterson, Andrew - UNIVERSITY OF GEORGIA
item Hussey, Mark - TEXAS A & M UNIVERSITY
item Burson, Byron
item Hanna, Wayne
item Engelke, Milton - TEXAS AG RES & EXT CTR
item Burow, Gloria - UNIVERSITY OF GEORGIA
item Jessup, Russell - TEXAS A & M UNIVERSITY
item Anderson, Sharon - TEXAS AG RES & EXT CTR

Submitted to: Plant and Animal Genome VX Conference Abstracts
Publication Type: Abstract Only
Publication Acceptance Date: October 15, 1999
Publication Date: January 15, 2000

Technical Abstract: Different grasses (fam. Poaceae) have been domesticated and improved by humans for a wide range of purposes. In recent years, underlying similarity of gene repertoire and organization in different grass genomes has become evident, setting the stage for a wide range of comparative biological investigations. Our recent efforts have sought to accelerate progress in genetic and molecular analysis of diverse grass genomes that are less well-characterized genetically, such as Pennisetum (buffelgrass), Cynodon (bermudagrass), and Zoysia. By 'comparative mapping' of gene order along the chromosomes of different grasses, a framework is being built to apply valuable genomic data from selected models such as the sorghum physical map or rice genomic sequence, to detailed molecular dissection of structural and functional diversity of grass genomes.

Last Modified: 10/7/2015
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