… for fine mapping and … fine mapping. We opine that efficient genotyping/sequencing assays
may circumvent the need for cumbersome procedures that were earlier used for fine mapping. …

… , InDel and SNP) with high polymorphic rate for fine mapping of the target gene. In this study,
the virescent gene v-2 was quickly mapped into 36.0-39.7 Mb on chromosome 3 by using …

… To get enough mutant plants for fine mapping, 4000 F 3 individuals were developed. A
total of 1172 recessive plants showing rolled leaf phenotypes were identified among the 5400 …

… of Taekwangkong and Danbaekkong and these RILs were used for linkage mapping. Fine
mapping of the BLP resistance gene was confirmed using two different sets of near isogenic …

… -color mutant ygl-1 was isolated and it developed yellow-green leaves at all stages. The
ygl-1 gene was fine mapped to a 48 kb region in the maize genome. Three candidate genes …

… C528 mutants carrying the yp gene exhibited golden leaf … this gene does not locate in the
fine mapping region of v-1, so we think that these two mutants are controlled by different genes. …

… four genes as the candidate genes for soybean leaf type … In this study, we fine mapped five
soybean leaf type associated … constructed high-density genetic maps. A total of 190 QTLs for …

… al. 2017) and can rapidly map a candidate gene in a narrower region (Takagi et al. 2013).
By BSA-seq and fine mapping, we identified the gene responsible for the feathered-leaved trait…

… The three candidate genes predicted to be in the localized region made by our fine mapping
and the Genome Annotation Project were sequenced, including 2 kb before the initiation …

… the goal of cloning the gene (or genes) underlying the flag leaf QTL. The main objectives of
… for flag leaf size in different environments; (2) fine map the major QTL for flag leaf size using …