… improved, resistant plants were used. However, the interaction between V. dahliae and cotton
… tolerant cultivars, we monitored the transcriptome profiles of roots from resistant plants of G…

Cotton fiber as a single-celled trichome is a biological model system for studying cell
differentiation and elongation. However, the complexity of its gene expression and regulatory …

… Overall, this study will help as a valuable foundation for diploid cotton fiber improvement. …
The improved varieties and hybrids of Asiatic cotton with staple length up to 27–30 mm can …

Cotton ranks among the world's important oilseed … transcriptome analyses of cotton seed
development using RNA‐seq and four developmental time‐points. Because Upland cotton (…

… Our results will provide an improved understanding of the putative transcriptional
mechanisms involved in root responses to water-deficit stress in this important global crop. …

… obtained for the 40 internal control genes after linear normalization (see Supplemental
Table 2 online) indicated that it was a suitable method for cotton fiber transcriptome analysis. …

… Although cotton is a crop with … of cotton, such as stomatal movement and plant hormone
regulation, coupled with the identification of genes that confer drought resistance improvement [2,…

… These findings suggest that we can further improve the ability of cotton cells to synthesize
GB by introducing a synthesis pathway that enhances Cho, conferring improved salt tolerance …

… of germplasm diversity for upland cotton improvement. … EXPANSIN transcriptome expression
profiles during cotton fiber … tetraploid cotton, characterized SNPs in the six cotton EXPANSIN …

… In this study, we performed transcriptome profiling of fuzz-… analyses of the cotton fuzz
transcriptome. Approximately 19,829–22,213 … Through molecular improvement of key …