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GrainGenes Map Data Report: Wheat, Synthetic x Opata, SSR

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Map Data
Wheat, Synthetic x Opata, SSR
Map
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Ta-Synthetic/Opata-SSR-1A
Ta-Synthetic/Opata-SSR-1B
Ta-Synthetic/Opata-SSR-1D
Ta-Synthetic/Opata-SSR-2A
Ta-Synthetic/Opata-SSR-2B
Ta-Synthetic/Opata-SSR-2D
Ta-Synthetic/Opata-SSR-3A
Ta-Synthetic/Opata-SSR-3B
Ta-Synthetic/Opata-SSR-3D
Ta-Synthetic/Opata-SSR-4A
Ta-Synthetic/Opata-SSR-4B
Ta-Synthetic/Opata-SSR-4D
Ta-Synthetic/Opata-SSR-5A
Ta-Synthetic/Opata-SSR-5B
Ta-Synthetic/Opata-SSR-5D
Ta-Synthetic/Opata-SSR-6A
Ta-Synthetic/Opata-SSR-6B
Ta-Synthetic/Opata-SSR-6D
Ta-Synthetic/Opata-SSR-7A
Ta-Synthetic/Opata-SSR-7B
Ta-Synthetic/Opata-SSR-7D
Species
Triticum aestivum
Female Parent
Altar84/Ae. squarrosa (219) CIGM86.940
Male Parent
Opata M 85
Type
Genetic
Map Units
cM (Kosambi)
Reference
ReferenceRoder MS et al. (1998) A microsatellite map of wheat Genetics 149:2007-2023.
Contact
Roeder, Marion S.
Wendehake, Katja
Korzun, Victor N.
Leroy, Philippe
Remarks
Mapping was performed in recombinant inbred lines derived by single-seed descent (F8) from the cross of the synthetic hexaploid, W7984, x Opata M 85. RI line numbers 1 - 60 and 62 - 115 were used.
Microsatellite loci were integrated into a framework map of 302 RFLPs, using the 'PLACE' command in MAPMAKER 2.0. Marker positions within chromosomes were determined with the 'TRY' and 'RIPPLE' commands. In a few cases, nulli-tetrasomic analysis was used to locate microsatellite loci.
Most (80%) of the microsatellite primers detected a single locus in T. aestivum. Sixty-five microsatellite loci were integrated into the framework map at LOD > 2.5; 214 others were assigned to most-likely intervals.
Mapping scores: Opata = 0, Synthetic = 1, Heterozygote = 2, missing data = 3
Image
Ta-Synthetic/Opata-SSR group 1 maps
[ Show all 7 ]
Locus
Centromere-1A
[ Show all 606 ]

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