mpsmpRole of methylglyoxal and redox homeostasis in microbe-mediated stress mitigation in plants
One of the general consequences of stress in plants is the accumulation of reactive oxygen
(ROS) and carbonyl species (like methylglyoxal) to levels that are detrimental for plant …
(ROS) and carbonyl species (like methylglyoxal) to levels that are detrimental for plant …
mpsmpRole of methylglyoxal and redox homeostasis in microbe-mediated stress mitigation in plants.
S Garai, B Bhowal, M Gupta, S Sopory… - Plant Science: an …, 2023 - europepmc.org
One of the general consequences of stress in plants is the accumulation of reactive oxygen
(ROS) and carbonyl species (like methylglyoxal) to levels that are detrimental for plant …
(ROS) and carbonyl species (like methylglyoxal) to levels that are detrimental for plant …
mpsmpRole of methylglyoxal and redox homeostasis in microbe-mediated stress mitigation in plants
S Garai, B Bhowal, M Gupta, S Sopory… - Plant science: an … - pubmed.ncbi.nlm.nih.gov
One of the general consequences of stress in plants is the accumulation of reactive oxygen
(ROS) and carbonyl species (like methylglyoxal) to levels that are detrimental for plant …
(ROS) and carbonyl species (like methylglyoxal) to levels that are detrimental for plant …
Role of methylglyoxal and redox homeostasis in microbe-mediated stress mitigation in plants
S Garai, B Bhowal, M Gupta, SK Sopory… - Plant …, 2024 - ui.adsabs.harvard.edu
One of the general consequences of stress in plants is the accumulation of reactive oxygen
(ROS) and carbonyl species (like methylglyoxal) to levels that are detrimental for plant …
(ROS) and carbonyl species (like methylglyoxal) to levels that are detrimental for plant …