… 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 …

… 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, …

… 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 …

… 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 …

… 318 candidate genes, including 31 genes with nonsynonymous SNPs that had undergone
artificial selection, and 93 genes … profiling data, several candidate genes were associated with …

… and candidate genes that could provide important insights into the genetic basis of yield-related
traits in upland cotton and might facilitate breeding cotton varieties with high yield. …

… function of candidate genes. In this study, a diversity group composed of 83 upland cotton
accessions was genotyped with Cotton SNP63K Array to investigate the genetic variations in …

… in cotton breeding programmes. To identify quantitative trait loci (QTLs) and candidate genes
related … Based on a high-density genetic map and phenotype data collected in four growing …

… cold tolerant cotton. In the present study, 110 Upland cotton (Gossypium hirsutum) genotypes
were assessed for germination stage cold tolerance. Molecular genetic diversity analysis …