… In this study, Bioinformatics has been used to characterize the cotton WRKY53 gene family.
… interaction mechanism between JA and SA signaling pathways in cotton in response to V. …

… In this study, we analyzed the Cupin gene family in cotton and identified 17 GhBCDs based
… Our study describes the basic bioinformatics characteristics of the 11 S seed storage protein …

… genes in cotton has been a priority by using the Verticillium … ZZM2, we observed functional
characterization as a defense response (… In conclusion, we employed bioinformatics-driven …

… analysis detected that 31 candidate genes response to root … dahliae and the development
of bioinformatics tools, genomic … Functional analysis for these candidate genes may be useful …

… JA positively enhances resistance against the pathogen by stimulating downstream JA-responsive
gene expression via the repression of JAZ proteins, which otherwise impede the …

… The cotton verticillium wilt disease is a severe vascular … and the advancement of bioinformatics
methods, genomic and … -36 (susceptible) and Zhongzhimian-2 (disease resistant) cotton …

… Our study presents a comprehensive analysis on cotton WAK gene family for the first time. …
functionally characterized in response to V. dahliae infection using VIGS (virus induced gene …

… analysis of OPRs in cotton, we identified 10 OPR genes in G. hirsutum. According to our
phylogenetic analysis, GhOPR genes were divided into two … plant species are susceptible to this …

… sensitive to drought and Verticillium dahliae. Furthermore, the GhTLP19 overexpressing
Arabidopsis transgenic lines exhibited higher proline content, thicker and longer trichomes and …

… , and PAMPs/effectors-triggered immune response (PTI/ETI). … of new cotton germplasm
resistant to Verticillium wilt through … gene resources for effective control of cotton Verticillium wilt. …