… results provide novel insights into the mechanisms underlying pigmentation of green fibers
… Our findings provided new insights into the molecular mechanisms responsible for pigment …

… This study integrated metabolomic and proteomic analyses to … In this study, proteomic and
metabolomic analyses revealed … of cotton fibers but also that it affected fiber elongation and …

… To further confirm the repressing function of GhAlaRP in cotton fiber elongation, we generated
a transgenic cotton plant (named n1) with mutated GhAlaRP-A and GhAlaRP-D using the …

… comparison of protein profiles analysis in Gossypium hirsutum revealed that MDH is a vital
enzyme involved in the regulation of cotton fiber elongation … proteomic analysis of cotton roots …

… been explored in the past, the molecular mechanism has … proteome sequencing) in cotton
provided new tools with which to uncover the biological mechanisms underlying cotton fiber …

… pathway and scopolin downstream of the phenylpropanoid pathway have significant effects
on fiber growth. Our research provide insights into the mechanism of cotton fiber elongation. …

… Our proteomic analysis using 2D-… of cotton plant leaves are also concerned with drought
tolerance and adaptation and supply new insights into the plant drought response’s proteomic …

… Cotton fiber is primarily composed of cellulose, which is a polysaccharide [27]. The … processes
in photosynthesis, playing a crucial role in the formation and development of cotton fibers […

… Cotton is a leading natural-fiber and oil crop worldwide, as well as a pioneer crop for
saline-… However, high salinity still negatively affects cotton growth and development during all …

… Cotton fibre provides a unicellular model system for studying cell expansion and secondary
… Mature cotton fibres are mainly composed of cellulose while the walls of developing fibre …