… Using virus-induced gene silencing (VIGS) technology, … cotton plants to Verticillium wilt,
and the acquisition of resistance might be mainly due to the significant overexpression of genes …

… plants and explore their roles in responding to … analysis of AGP genes in cotton performed
in this study provides a basic framework for further functional research of these genes. …

… 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. …

… Functional characterization revealed that GhMYB4 positively … dahliae and blocks lignin
deposition through directly … e Expression analysis of PGA-responsive marker genes in cotton root …

… miR477-CBP60A module in the later response of the plant to V. … accumulation in cotton
plants inoculated with Verticillium dahliae. B, Quantitative PCR analysis of the SA signal gene in …

… develop as a response to Verticillium wilt disease. On the … gene, which we found to be
associated with Verticillium wilt disease in cotton, may give researchers an idea about the function …

… genes might play a role in the response of Verticillium wilt stress in G. hirsutum, rather than
the natural high expression during the growth and development of cotton … functional analysis …

… We analyzed the expression levels of GhPAT1 genes in response to Vd991 infection
using … dahliae infection (Fig. S5). GhSCL13-2A was then functionally characterized via …

… role in disease response for functional characterization. … (DE) between the mutant and its
WT during fiber initiation (0 DPA) or … were functionally characterized using virus-induced gene …

… We functionally characterized its positive role and underlying … the transcriptional response
underlying VW resistance in cotton, we … combining RNA-Seq data and bioinformatics analysis. …