… Upland cotton (Gossypium hirsutum) is an economically import species, as it produces fiber
that keeps humans warm. A proteomics … in response to NO in upland cotton, using high-…

… 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 …

… Therefore, in this study, we explored the proteomic dynamics of rice under salt stress in
both japonica (Nipponbare, NPBA) and indica (Liangyoupeijiu, LYP9) rice genotypes by …

… Proteomic approaches have been adopted to gain insight … scale analysis of protein expression
profiles, including their post… Besides those proteomic approaches mentioned above, other …

… stress tolerance as a result of the domestication of modern upland cotton cultivars. … basis
of domesticated traits and to maintain species diversity for future improvement of upland cotton. …

… The economically important fibers of upland cotton (Gossypium … In addition to their economic
importance, cotton fibers … comparative proteomics studies of elongating cotton fibers, 235 …

… , contribute up to 95% of the global cotton yield and predominate among all cottons in terms
of cultivated area, production, and trade. Pima cotton (G. barbadense) with superior fiber …

… Taken together, the results seem to indicate that the variety used in this study does not
show severe changes in the proteome profile in order to cope with water deficit. We sampled …

… However, while various studies have investigated transcriptome and proteomic profiles
during cotton fiber development, fewer have specifically focused on the temporal dynamics of …

… set of proteins One of the valuable tools in cotton breeding … Proteome is investigation is
the effective utilization of these … Expression profiling identifies gene expressed early during …