… in our study for large-scale mining and high-throughput genotyping of SNPs in wild and
cultivated Cicer accessions at a genome-wide scale could have multidimensional applicability in …

… nature and a high polymorphism. Here, we report a new set of 275 highly robust genome-wide
Triticum SNPs … These differences in the success of mapping as the function of the GTS …

… The same approach has been used for SNP discovery across the whole genome and …
high-throughput microarray-based systems have initiated studies to identify positional or functional …

… provided valuable SNP discovery data sets, review the various SNP genotyping platforms …
genome-wide SNP loci from large sequence data sets that will function well as SNP markers. …

… In addition to simultaneous high-throughput genome-wide SNP discovery and … was
further utilized to understand their functional significance and determine the molecular diversity …

… due to a more cost-effective and flexible nature of this … comparison and subsequent
functional characterization of … a crucial prerequisite for any genome-wide association study to …

… functional variants deserving of follow-up study. Our analysis demonstrates the potential for
new high-throughput genotyping … We performed SNP discovery from 16 strains of diverse …

… has seriously slowed SNP discovery and array development … nature of genomes and
inheritance of polyploids. Although … Since the functional redundancy of homoeologs can “lock up” …

… that is well known to functionally affect human traits. Recent … to SNP arrays, high-throughput
DNA sequencing (also known as next-generation sequencing (NGS)) enables the detection …

… plot as a function of distance. Two measures of LD are shown, D' (A) and r 2 (B) as a function
of … Furthermore, the bi-allelic nature of SNPs could enormously facilitate the accuracy and …