2008•PubMedOpen access

Multiplex microsatellite marker panels for genetic monitoring of common rat strains.

Elizabeth C. Bryda, Lela K. Riley

Open full text 21 citations

Abstract

Because microsatellite markers have a high degree of genetic variability, they are an effective tool for genetic monitoring. We have developed a genotyping panel containing 87 microsatellite markers that are polymorphic among commonly used inbred rat strains, including ACI, Fischer 344, Lewis, Brown Norway, Wistar-Furth, and Wistar-Kyoto. The markers are located at approximately 15- to 20-cM intervals along each of the 20 autosomes. By using fluorescently labeled primers and multiplex PCR analysis, the entire genome can be assayed with only 8 reactions. The resulting amplicons from these reactions can be distinguished from one another by both their size and the fluorescent dye associated with them. Amplicons are analyzed and allele sizes are determined by using automated capillary-based instrumentation. These multiplex panels provide a cost-effective and rapid method for genetic monitoring for applications ranging from assessing genetic contamination in a rat colony to moving mutations from one genetic background to another by using a speed congenic approach.

About this research paper

What this paper is about

Because microsatellite markers have a high degree of genetic variability, they are an effective tool for genetic monitoring. We have developed a genotyping panel containing 87 microsatellite markers that are polymorphic among commonly used inbred rat strains, including ACI, Fischer 344, Lewis, Brown Norway, Wistar-Furth, and Wistar-Kyoto. The markers are located at approximately 15- to 20-cM intervals along each of the 20 autosomes. By using fluorescently labeled primers and multiplex PCR analysis, the entire genome can be assayed with only 8 reactions. The resulting amplicons from these reactions can be distinguished from one another by both their size and the fluorescent dye associated with them. Amplicons are analyzed and allele sizes are determined by using automated capillary-based instrumentation. These multiplex panels provide a cost-effective and rapid method for genetic monitoring for applications ranging from assessing genetic contamination in a rat colony to moving mutations from one genetic background to another by using a speed congenic approach.

Why it matters

OpenAlex reports 21 citations for this work. Citation counts describe recorded attention and do not establish research quality.

Key contribution

A contribution statement is not available in the OpenAlex record.

Method / approach

Method details are not available in the OpenAlex metadata.

Main findings

Findings are not separately available in the OpenAlex metadata.

Limitations

Limitations are not available in the OpenAlex metadata.

Applications

Application details are not available in the OpenAlex metadata.

Available abstract

Because microsatellite markers have a high degree of genetic variability, they are an effective tool for genetic monitoring. We have developed a genotyping panel containing 87 microsatellite markers that are polymorphic among commonly used inbred rat strains, including ACI, Fischer 344, Lewis, Brown Norway, Wistar-Furth, and Wistar-Kyoto. The markers are located at approximately 15- to 20-cM intervals along each of the 20 autosomes. By using fluorescently labeled primers and multiplex PCR analysis, the entire genome can be assayed with only 8 reactions. The resulting amplicons from these reactions can be distinguished from one another by both their size and the fluorescent dye associated with them. Amplicons are analyzed and allele sizes are determined by using automated capillary-based instrumentation. These multiplex panels provide a cost-effective and rapid method for genetic monitoring for applications ranging from assessing genetic contamination in a rat colony to moving mutations from one genetic background to another by using a speed congenic approach.

Key concepts: Microsatellite, Amplicon, Multiplex, Genetic monitoring, Biology, Multiplex polymerase chain reaction, Genotyping, Genetics

Related papers

Back to paper searchBrowse research topicsOriginal source
Multiplex microsatellite marker panels for genetic monitoring of common rat strains. — Research Paper | ScholarLens