… These agronomically advanced fibers were derived following … into fiber development and
evolution, we conducted comparative proteomic and transcriptomic profiling of developing fiber …

… these cotton species indeed share fundamentally similar fiber … Proteomic profiling results
revealed dynamic changes of … that are potentially correlated with fiber developmental transition. …

… 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. … dynamics of fiber proteomes and …

… other functional categories in four fiber developmental stages were identified. … fiber tissues
for mass spectrometry analysis and expand knowledge of the proteomic profile of cotton fiber …

… cotton ovules significantly suppressed fiber cell protrusion. In this study, the profiling of gene
… both transcriptome and proteome levels provides new insights into cotton fiber cell initiation. …

… cotton fiber development and stress response. This review first summarizes the work which
has been reported for cotton proteomics about cotton fiber … -enriched proteome profiles. …

… resources in elite cotton germplasm has been restricted by our limited knowledge of the
relationship between end-use fiber quality and cotton fiber development. Cotton fibers are single-…

… proteome profiles of cotton fibers during the elongation stage (5−25 dpa). A wide range of
proteins relevant to cotton fiber … events occurring during cotton fiber elongation revealed the …

… mutant (fl) produces mutant glabrous ovules that are ideal for comparison with WT fiber-bearing
ovules in order to obtain fiber-enriched transcriptome or proteome profiles. Using the fl …

… cotton fiber quality, isobaric tags for relative and absolute protein quantification-facilitated
proteomic methods were performed on developing fibers. … with our proteome profiling results. …