… distance of the Upland cotton population used in this study, the regions within 400-kb on
either side of the nine QTNs were used for the further identification of candidate genes. The LD …

… from an intraspecific cross between the upland cotton cv. Nongdamian13, which exhibits …
, and seven previously unreported candidate genes with significantly differential expression …

… Although some candidate genes were identified in this study and one gene, Gh_A05G1482,
… in cotton, an analysis, including candidate gene association mapping and gene expression …

… cultivated fields between grains and cotton in China. In the present study, we aimed to find
upland cotton quantitative trait loci (QTLs) and candidate genes related to early maturity traits, …

… transcriptome sequencing to compare the differences in gene expression and identify
candidate genes during ovule development of high-oil and low-oil materials in G. hirsutum. …

… As a result, we identified 703 SNPs (about 1% of total number of genes predicted in Upland
cotton) in 339 of the 1551 DEGs between the two BILs (Additional file 4: Table S4). Among …

… Our findings suggest that GhNAC12 is a candidate gene for early aging in upland cotton
cultivars… no selection pressure imposed on GhNAC12 during the domestication of upland cotton. …

… -like kinase pathway genes are likely candidates for superior fiber strength … candidate
genes for the QTLs that control complex traits in a complex genome like tetraploid upland cotton…

… Two major genomic regions (MGR1 and MGR2) on chromosome D t 7 and candidate genes
potentially underlying FL and FS To identify putative candidate genes in the neighboring …

… and candidate genes could prove to have potential for influencing BW development in upland
cotton. … research focused on the exploitation of BW for accelerated cotton improvement. …