… 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 …

… In addition, long-term treatments tend to be used for protein profiling in response to salt …
proteome, it is important to study the proteome dynamics of salt-tolerant and -sensitive cotton …

… The proteomes were profiled and compared at six … anomalum introgression line in Upland
cotton background named … or even superior to those of Sea island cotton, therefore, it is an …

… In the present study, we attempted to use a proteomic approach to compare the protein
profiles between the Li 1 mutant and its wild-type to reveal more functional proteins involved in …

… technique is reliable for identifying and quantifying a large number of cotton root proteins. …
the proteome of cotton roots under NaCl stress is complex. The comparative protein profiles of …

… 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 …

… In Upland cotton, the fiber transcriptome has been dramatically rewired by domestication
and crop improvement: nearly a quarter of the genes in the genome were differentially …

… An iTRAQ-based proteomics of ovules from the upland cotton species … profiling of gene
expression at both transcriptome and proteome levels provides new insights into cotton …

… gene expression profiling is possible only by proteomic analysis. … proteomics analysis based
on the salt-tolerant upland cotton … of salt tolerance in cotton and identify candidate genes by …

… genes are differentially expressed at both the proteomic and mRNA levels. However, we …
in upland cotton. The results of the stringent screening of the mRNA-seq and proteomic data …