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Microsatellite Markers in Plants and Insects. Part I: Applications of Biotechnology
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Biotechnology is integral to the application of robust,high through-put detection of species-specific and species or genus-transferred microsatellites,or simple sequence report (SSR) markers.These short,tandemly repeated stretches of DNA of variable motifs and lenghts are relatively evenly distributed throughout eukaryotic nuclear,chloroplasts,and mitochondrial genomes. Microsatellites are inherited as Mendelian co-dominant markers that provide insights into non-Mendelian inheritance such as microsatellite evolution,replication,repair,recombination,and mutation.These characteristics have made microsatellites the genetic marker of choice for most technologically-driven applications in plant and insect genetic studies such as mapping, marker-assisted selections (MAS),and genetic diversity studies. MAS and linkage mapping analyses has greatly assisted breeding programs through the discovery and isolation of many important agronomic genes that underlie respective phenotypes.Linkage maps and genome sequences have provided comparative genomic insights in plants and insects regarding microsatellite distribution, occurrence,and adaptive phenotypic evolution.Furthermore,genomic synteny and SSR sequence conservation have not only provided maximum annotated information for model plants and insects,but have demonstrated cross-species/genera transferability,which is indicative of long evoluntionary history.It is the aim of this paper,therefore,to review biotechnology platforms and applications that have made SSR markers so useful as well as to discuss the impact of SSR transferability across species and/or genera.
Wang, Ming Li
Barkley, Noelle A.
Jenkins, Tracie M.
Genes, genomes and genomics 2009, v. 3, no. 1
Journal Articles, USDA Authors, Peer-Reviewed
Works produced by employees of the U.S. Government as part of their official duties are not copyrighted within the U.S. The content of this document is not copyrighted.
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