… identify markers linked to disease resistance genes. In the sense, BSA as fast technique to
identify markers linked to any specific gene … to form the segregating population. Subsequently, …

… genome, in which twenty-six disease resistance-related … was identified to be a novel and
effective APR gene. The … constructed to validate candidate regions of the target APR gene(s). In …

… gene pools and use long-lasting disease resistance genes to … selected 30 SNPs evenly
distributed throughout the region … segregated as 533 homozygous resistant: 1,102 segregating: …

… In this study, an F 2 segregating population derived from a … and rapid method with which
to identify resistance genes by … candidate region were used to design KASP markers using …

… and mapping plant disease resistance genes. In recent years… Bulked segregant analysis
(BSA) can rapidly identify specific … to identify and map the stripe rust resistance gene(s) using …

… helped identify four disease resistance candidate genes … discovery platforms, we hypothesize
that developing a rapid … × ROC25 segregating population using a high-density genetic map…

… , we identified 27 candidate genes in the QTL regions. The … a segregating population (F 2
) developed from GML71 (resistant parent) and Gui A10341 (susceptible parent). The genomic …

… (n = 7484) biparental F2 population segregating for resistance to Xtg. … linked to disease-resistance
genes by bulked segregant analysis: a rapid method to detect markers in specific …

… rapid identification of SNPs. This array is more suitable for … to (1) identify QTL conferring
APR against stripe rust using … Additionally, Yr60 co-segregates with SSR marker Xwmc776 …

… encoding for protein domains involved in disease resistance … from a bi-parental population
that is segregating for the trait of … To rapidly identify the genomic region(s) associated with …