… proteomic analysis between a short-lint fiber mutant (Ligon lintless, Li 1 ) and its wild-type
was performed to identify … to different functional categories were identified from Li 1 fibers, of …

… However, large-scale proteomic data of cotton roots in response to salt … proteomic technique
was used to identify the early DEPs in order to elucidate the effects of salt stress in cotton …

… the use of advanced proteomic profiling tools in an elite cotton cultivar and a wild accession
to gain insight into cotton fiber development and evolution for upland cotton, G. hirsutum. We …

… anomalum introgression line in Upland cotton background … to fiber quality have been identified
by genetic mapping (Zhang … even superior to those of Sea island cotton, therefore, it is an …

… tolerance in upland cotton seedling leaves. … identify salt responsive differentially abundant
proteins to develop a better understanding of the mechanisms of salt stress tolerance in cotton…

… Present study explores physiological, biochemical and proteomic changes in leaves of
upland cotton (ZMS-49) using 500 μM cadmium (Cd) along with control. Leaves’ biomass and …

… 49) accounted for 62.5% of the disease resistance proteins identified in this project, suggesting
that these R genes play a role in Verticillium wilt resistance in Thurber's cotton. In addition…

… An iTRAQ-based proteomics of ovules from the upland cotton species Gossypium hirsutum
… at anthesis in wild-type ovules were identified. We confirmed that the gene expression levels …

… cotton varieties with improved salt tolerance. In this study, transcriptome and proteome
sequencing were performed on upland cotton … salt-tolerance genes in cotton. Enrichment analysis …

… In this study, we used iTRAQ to assess proteome changes and to identify differentially-… dwarf
cotton line LA1 and high near-isogenic line (NIL) LH-1. The results of the proteomic analysis …