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Extending A RFLP-based Genetic Map Of Rye Using Random Amplified Polymorphic DNA (RAPD) And Isozyme Markers

P. Masojc´, B. Mys´ków, Paweł Milczarski
Published 2001 · Biology
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Abstract RFLP-based genetic map of rye, developed previously using a cross of lines DS2×RXL10 (F2 generation), was extended with 69 RAPD and 12 isozyme markers. The actual map contains 282 markers dispersed on all seven chromosomes and spans a distance of 1,140 cM. The efficiency of mapping RAPD markers was close to ten loci per 100-screened arbitrary primers. A strong selection of polymorphic, intensive and reproducible fragments was necessary to reveal individual marker loci that could be assigned to rye chromosomes. Newly mapped markers cover a substantial part of the rye genome and constitute a valuable tool suitable for map saturation, marker-aided selection and phenetic studies. A specific nomenclature for the RAPD loci mapped on individual rye chromosomes, which could be helpful in managing of accumulating data, is proposed.
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