… To provide detailed genetic information related to cotton LP for future cotton … candidate
genes of cotton LP. We reanalyzed available data and mined the QTLs and candidate LP genes, …

… A total of 254 upland cotton accessions were selected for GWAS in this study, comprising
214 accessions that originated from Chinese Yellow River region (YRR), eight that originated …

… Moreover, to narrow the range of candidate genes associated with LP, we conducted the
local LD analysis of the peak SNPs and non-synonymous SNPs identified in the GWAS. Finally, …

… Several previously undescribed candidate genes associated with early maturity were …
the genetic basis of early maturity in upland cotton as well as breeding resources for cotton …

… set of 719 upland cotton germplasm accessions. … of upland cotton and candidate genes for
yield-related traits. These results provide useful information for the cloning of candidate genes …

… likely the candidate gene for PH in cotton. The genetic variations and candidate genes identified
in … moderately short and compact varieties in future Chinese cotton-breeding programs. …

… SNP alleles and candidate genes associated with early maturity traits in upland cotton. The
results … complex traits and identifying candidate genes. The highly favorable SNP alleles and …

… This study provides not only stable QTLs used for marker-assisted selection, but also
candidate genes to uncover the molecular mechanisms for cotton fiber development. …

… candidate genes, gene annotation information in the QTL interval was extracted from the
annotated genes in the upland cotton TM-1 reference genome (CRI v1) [40], and the gene …

… gene may be responsible for FL in this genomic region (Figure 5). Based on the cotton gene
annotation database 3 , 26 candidate genes … Among these genes, 22 candidate genes had …