… and susceptible cotton varieties for 0, 6, 12, 24 and 48 h. The function of one of the xylosidase
genes VdxyL3 in the … Result: Bioinformatics analysis showed that there were 13 xylosidase …

… hirsutum cultivars resistant or susceptible to V. dahliae were selected for functional
characterization. We showed that, based on in vitro enzymatic assays, all the three GhCADs possess …

… response to Verticillium dahliae infection and suggested that DIR gene family could confer
Verticillium wilt … We also suggest that DIR genes can not only confer Verticillium wilt resistance …

… Functional analysis showed that DEGs that responded to V. … Many genes have been found
to function as important … in cotton via high-throughput sequencing and bioinformatics analyses…

… widely cultivated but is susceptible cotton, it is … functional gene discovery through the
combination of comparative transcriptomic analysis and weighted gene correlation network analysis …

… genes may also participate in the response of G. hirsutum to V. … Function characterization of
GhRLCK-VII genes in cotton … hirsutum through bioinformatics analysis. As reported previously…

… The transcription levels of TPS family genes and jasmonate-responsive genes in cotton
plants treated with plant-growth-promoting rhizobacteria were higher than those in the untreated …

… To date, the functional analysis of group III WRKYs of cotton … limited analysis of the possible
roles in resisting Verticillium wilt [… resistant cotton cultivar ‘CCRI12’ and the susceptible cotton …

… biosynthesis genes and six JA and/or SA responsive genes and found that the promoter
regions of lignin biosynthetic genes GhC3H_D01 and GhHCT_D10 and JA responsive gene …

… bioinformatics procedure. The selected … -wide analysis of the PPO family was completed
in the cotton species, and 45 PPO genes distributed on 23 chromosomes were divided into …