… -based comparative proteomic approach to profile dynamic proteomes of diploid Asian …
proteome of Asian cotton ovules and attached fibers with differential proteome of upland cotton …

… The upland cotton cultivar used in this study was 9053, which is resistant to V. dahliae (Ma
et al., 2019, Song et al., 2018). The seeds were washed with water, then put into a beaker …

… to visualize expression profiles at the pathway level of both transcriptomic and proteomic
data. … whole cotton proteome was created by combining the whole cotton fiber transcriptome, …

… -specific phosphoproteome profiling between ovules of a fuzzless-lintless (fl) Upland cotton
(… rapidly, and spectral counting in quantitative proteomics has gained recognition [13, 14]. …

… In the present study, we applied NGS technology to profile transcriptome changes in root
tissue of upland cotton undergoing field water-deficit stress. A total number of 1530 differentially …

… cotton species today are upland cotton (G. … cotton species by fiber morphological and 71
proteomic dynamic analysis. Based on comparative proteomic analysis, we revealed two cotton …

… Carbon metabolism involved in the response to salt stress in cotton leaves. According to our
proteomic profile, carbon metabolism has important roles in response to salinity, particularly …

… Upland cotton (Gossypium hirsutum L.) plants were grown … Similarly, to confirm the results
of the proteome profiling, we … was consistent with the results of our proteome profiling. …

… wild-type DPL971 were used to profile dynamic proteomes in the … cotton ovules have not
yet been explored during fuzz fiber initiation. The construction of cotton ovule proteome profiles …