A DUF966 gene family member OsDSR3 positively regulates alkali stress tolerance in rice
X Lu, Y Li, M Akhtar, C Liu, T Ma, W Min, X Bai, Y She… - Plant Science, 2024 - Elsevier
Rice growth and production are severely constrained by alkali stress. However, the
mechanism underlying the rice tolerance to alkali stress is unclear. OsDSR3, a novel gene …
mechanism underlying the rice tolerance to alkali stress is unclear. OsDSR3, a novel gene …
A DUF966 gene family member OsDSR3 positively regulates alkali stress tolerance in rice
X Lu, Y Li, M Akhtar, C Liu, T Ma, W Min, X Bai… - Plant …, 2024 - ui.adsabs.harvard.edu
Rice growth and production are severely constrained by alkali stress. However, the
mechanism underlying the rice tolerance to alkali stress is unclear. OsDSR3, a novel gene …
mechanism underlying the rice tolerance to alkali stress is unclear. OsDSR3, a novel gene …
A DUF966 gene family member OsDSR3 positively regulates alkali stress tolerance in rice
X Lu, Y Li, M Akhtar, C Liu, T Ma… - Plant science: an …, 2024 - pubmed.ncbi.nlm.nih.gov
Rice growth and production are severely constrained by alkali stress. However, the
mechanism underlying the rice tolerance to alkali stress is unclear. OsDSR3, a novel gene …
mechanism underlying the rice tolerance to alkali stress is unclear. OsDSR3, a novel gene …
A DUF966 gene family member OsDSR3 positively regulates alkali stress tolerance in rice.
X Lu, Y Li, M Akhtar, C Liu, T Ma, W Min… - Plant Science: an …, 2024 - europepmc.org
Rice growth and production are severely constrained by alkali stress. However, the
mechanism underlying the rice tolerance to alkali stress is unclear. OsDSR3, a novel gene …
mechanism underlying the rice tolerance to alkali stress is unclear. OsDSR3, a novel gene …