… 945 differentially expressed transcription factors were identified from cotton leaf response to
… Plenty of cotton aphid resistance genes were identified at first in this study. For example, 39 …

… 7‐silenced seedlings, displayed an enhanced resistance towards V. dahliae and Botrytis …
involved in resistance to fungal disease and provides new clues to elucidate cotton disease …

… cotton and Arabidopsis enhances resistance to V. dahliae, while knock-down increases …
for its transcriptional activity (Figure 1c). The dual-luciferase reporter (DLR) assay show cotton …

… made to produce wilt-resistant cotton cultivars by traditional … a transcriptional activator and
GhCML11 enhances its activity … and enhanced the transcriptional activity of GhMYB108 in a …

… transcriptional activity of the GST_119 promoter sequence and that the expansion of GATAe
binding sites significantly increases the transcriptional activity of GST_119 in the resistant …

… a transcription factor that is involved in drought tolerance and Verticillium wilt resistance in
Arabidopsis and cotton by … (e) Transcription activity of GhMYB36 was tested in tobacco leaves …

… - or long-term salt treatment, comparative transcriptional changes in response to salt stress
… reported gene expression profiles related to salt resistance have been derived from a single …

… by regulating the expression of its downstream target genes, and phosphorylation of
GhWRKY16 may be crucial for its transcriptional activity during fiber development of cotton. …

… of GhOPR9 could increase the susceptibility of cotton to V. dahliae infection. Furthermore…
cotton. These findings suggested that GhOPR9 might play an important role in cotton resistance …

… cotton negatively modulates HyPRP1 transcription to generate ROS used for defense against
Veticillum. Further studies are needed to elucidate the roles of ROS in cotton resistance to …