… the vascular environment to induce Verticillium wilt. Thus, the secretome of V. dahliae colludes
with plant defence responses to modulate Verticillium wilt symptoms, and thereby bridges …

… dahliae. The results generated in this study provided a baseline for the future analysis …
defence-related transcriptome changes and the putative role of ET in the cotton defence responses…

… Verticillium wilt is caused mainly by Verticillium dahliae Kleb. and is a constraint for growers
of many economic crops and ornamental plant species. Disease control necessitates the …

… dahliae infection impairs root … responses, particularly those involved in defence in roots
and leaves over a growing period of up to 28 days post-inoculation. Verticillium dahliae infection …

… Verticillium wilt caused by Verticillium dahliae reflected as the most devastating disease of
cotton … dahliae virulence mechanism, cotton plant responses, coping strategies and important …

… In addition, in cotton, three important PRRs (Lyp1, Lyk7, and LysMe3) play an important
role in activating downstream defence processes and inducing the defence response to V. …

Verticillium dahliae is a soil-borne phytopathogenic fungus that causes vascular wilt diseases
in a wide variety of crop plants, resulting in extensive economic losses. In the past 5 years, …

… dahliae. These results indicate that the salicylic acid pathway is also involved in potato
defence against V . dahliae and add to the data gathered to elucidate the signalling mechanisms …

… -wall fragments from Verticillium dahliae. The induction of defence responses in leaf disks by
… -proteins revealed a bi-phasic defence hydrolase response that reached a peak within 12 hr…

… in addition to the ones originally characterized and may play a role in Verticillium response.
… in response to Verticillium. 07506-01 and 12120-03 had tolerant and resistant responses to …