… allelic variation present in upland cotton and candidate genes significantly associated with
… a Cotton 63K Illumina Infinium SNP array for two plant architecture traits of 719 upland cotton …

… This study provided important information for MAS and candidate gene functional studies. …
the genetic architecture of fiber quality traits and yield components in upland cotton, we …

… In this study, CDF1 was chosen as the candidate gene affecting cotton senescence, and
has also been observed in a genome-wide association study of salt tolerance in Autotetraploid …

… , PPR-like genes located in the Rf 1 region were identified for further cloning and sequence
analysis in Upland cotton. As a result, a new PPR-based candidate gene CAPS marker (…

… the cotton genome has a large LD decay [28, 29], we extracted potential candidate genes
within 100 kb of flanking significant markers on the basis of the published upland cotton …

… associated with lint percentage of upland cotton in four different … and gene resources for
developing upland cotton varieties … We found the 785 candidate genes simultaneously identified …

… potential candidate genes might be closely related to cotton … The QTNs and potential
candidate genes for LP, identified in … genetic basis for LP in Chinese early-maturity upland cotton, …

… , QTLs and candidate genes of LP and BW in upland cotton have been widely studied, only
a few of the studied QTLs have been used in the molecular breeding of cotton via marker-…

… The expression patterns of SV candidate genes in upland cotton were determined by
RNA-seq and quantitative reverse-transcription PCR (qRT-PCR) analysis. RNA isolation method …

… or crossbreeding of upland cotton germplasm led to gene exchange among different …
in upland cotton of China creates some challenges to identify the exact candidate genes. To …