… upland cotton, that were uninfected or infected with V. dahliae, using label-free quantitative
… , the proteome profiles of xylem saps from resistant and susceptible cotton cultivars were …

… Using a comparative proteomics approach, we identified 104 proteins from cotton ovules 10
days postanthesis with 93 preferentially accumulated in the wild type and 11 accumulated in …

… insight on the role of protein acetylation in cotton fiber development. Therefore, we first
compared the lysine-acetylation proteome (acetylome) of upland cotton ovules in the early fiber …

… cotton–V. dahliae interaction, we analyzed changes of phosphoprotein profiles in the roots of
susceptible and resistant cotton … We also performed proteome-wide label-free quantification …

With increasing demand for high-quality cotton, it is desirable to identify genes involved in
fiber development for molecular improvement of cotton. In this study, 780 differentially …

… cottons in comparison with their wild counterparts. This result was additionally supported by
iTRAQ proteomic data. … transcriptome profiling of fiber development in wild vs. domesticated …

… cotton fiber development. In this study, the physiological changes and proteomic profiles of
cotton … Upland cotton (Gossypium hirsutum), as the most important fiber crop, is a main source …

… The proteome profiles of leaves of cotton at trefoil stage in response to salt stress. (A1) The
control group of Zhong s9612; (A2) The salt-stressed group of Zhong s9612; (B1) The control …

… cotton aquatic roots and the control group of different proteins, and then on the basis of this
study, the morphological and proteomic profile … The upland cotton variety Zhongmiansuo 12 (…

… proteomic and transcriptomic profiles. Our results will further enrich the understanding of
molecular mechanism in cotton in … The widely planted upland cotton variety Xinluzhong 54 (…