… In upland cotton (Gossypium hirsutum L.), genotypes with the same mature fiber length (FL) …
In this study, a subset of upland cotton accessions was selected based on a previous GWAS …

… cotton line in a near-isogenic state with the Upland cotton variety … [16], and changes in
profiling of transcripts or proteins may not … Proteomic study of cotton developing fiber determined …

… Then, we tested the metabolic profiles accordingly, and a total of 10818 metabolites were
annotated, including 283 upregulated differentially expressed metabolites (DEMs) and 358 …

… Salt stress significantly inhibits the growth, development, and productivity of cotton … cotton
cultivars is a key issue towards sustainable agriculture. This study subjected 11 upland cotton …

… abundance of over 17,000 genes in Upland cotton seeds at a single developmental
stage (30 … in Upland cotton. Utilizing gene annotation data from the recently sequenced D-genome …

… Seeds of upland cotton varieties CRI35 and TM-1 were treated with H 2 SO 4 (98%), then …
A heatmap was generated to display the expression profile of these R. solani-responsive …

… After annotation and profile analysis, the upregulation and downregulation trend were
same between transcriptome and proteome (Figure 12). At the same time, we annotated some …

… Two Upland cotton lines were used in this study. The … iTRAQ technology was used for
proteomic profiling from Z161 … combined proteomic and metabolomic analysis of a brown cotton …

… Based on our proteomic profile results, down regulation of many peroxidase DAPs in PEC
versus NEC indicates that peroxidase protein activity is weak during SE, which prevents callus …

Upland cotton (Gossypium hirsutum L.) is a naturally … We isolated homologues of the PEBP
gene family in upland cotton … Cotton PEBP-like genes showed distinct expression patterns …