… elite alleles and the typical carried materials for future molecular design breeding in cotton;
and (4) to provide multiple candidate genes and lay a foundation for further fine-mapping and …

… The few water deficit stress-related cotton genes identified in the current study could be used
in candidate gene-focused association mapping approaches to identify QTL under drought …

… and sequence of candidate genes identified an LRR RLK gene as the most likely candidate.
… , it is important to fine-map fiber quality QTL and identify QTL candidate genes in cotton. …

… containing 250 individual lines was derived from a cross between upland cotton (CRI36)
and Egyptian cotton (Hai7124). The objectives of this study were to construct a fine interspecific …

… To identify putative candidate genes for fibre yield, fibre quality and flowering time, we
conducted a genome-wide association study (GWAS) using phenotypic data collected in 2017 …

… In the present study, we collected representative upland cotton cultivars and systemically …
a panel of upland cotton accessions to identify candidate loci and genes regulating cottonseed …

… of the drought-responsive genes in the tetraploid Upland cotton used in this study. … polymorphic
candidate gene markers that were associated with drought tolerance in cotton based on …

… years in order to explore genetic basis of fiber development under salt stress in upland
cotton. The findings of this research identify candidate genes associated with fiber elongation …

… Such divergent expression of candidate genes during fiber development could shed light
on underlying mechanisms that direct the difference in fiber quality between NIR and OTHER …

… on the genetic variation influencing fiber length and its quantitative trait loci (QTLs) during
the fiber elongation stage. In this study, a subset of upland cotton … of the candidate genes, we …