Nitric oxide- induced AtAO3 differentially regulates plant defense and drought tolerance in Arabidopsis thaliana.

Murtaza KhanQari Muhammad ImranMuhammad ShahidBong-Gyu MunSang-Uk LeeMuhammad Aaqil KhanAdil HussainIn-Jung LeeByung-Wook Yun

Published in: BMC plant biology (2019)

AtAO3 negatively regulates pathogen-induced salicylic acid pathway, although it is required for drought tolerance, despite the fact that ABA production is not totally dependent on AtAO3, and that drought-related genes like DREB2 and ABI2 show response to drought irrespective of ABA content.

Keyphrases

arabidopsis thaliana
nitric oxide
high glucose
diabetic rats
climate change
oxidative stress
transcription factor
candida albicans
heat stress
hydrogen peroxide
nitric oxide synthase
cell wall