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Somers et al., [25] genotyped 189 bread wheat accessions at 370 loci and 93 durum wheat accessions at 245 loci to examine linkage disequilibrium across the genome, and found that LD mapping of wheat can be performed with simple sequence repeats to a resolution of <5 cM.
Thus, it is a powerful tool for the high-resolution mapping of wheat chromosomes [ 29, 38].
They have been widely applied to construct genetic linkage maps and in the QTL mapping of wheat, rice, sorghum and maize [ 35– 35].
A robust tool for constructing physical maps from fingerprinted BAC libraries has been the FingerPrintedContig (FPC) software, which was also adopted by the International Wheat Genome Sequencing Consortium IWGSCC) for physical mapping of wheat chromosomes.
The first insights were obtained from the mapping of wheat gene-based markers in wheat aneuploid genotypes called deletion lines where fragments of chromosomes or deletion bins are missing [ 11].
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Proteome maps of wheat albumins and globulins from mature grains of CS and CS-1Sl (1B).
Open image in new window Fig. 3 Developed water economic value map of wheat (average of years 2008 2009).
They succeed in anchoring of 3,912 ISBP markers to physical map of wheat chromosome arm 1BL.
A complementary approach is to construct physical maps of wheat diploid relatives and use the maps for the construction of the physical maps of the wheat chromosomes.
DArT markers were also employed in the construction of a physical map of wheat chromosome 3B [ 42].
cDNA expression patterns were monitored using a tissue expression map of wheat, which included 28 cDNA libraries (Table 2).
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