Quiescent Yeast Cells Prove Most Vulnerable to Oxidative Stress from Menadione
A new study finds that quiescent Saccharomyces cerevisiae cells are dramatically more susceptible to menadione-induced oxidative stress and DNA damage ...
A new study finds that quiescent Saccharomyces cerevisiae cells are dramatically more susceptible to menadione-induced oxidative stress and DNA damage ...
New research shows that foliar sprays of the amino acid glycine enhance leaf growth in Yunnan bamboo by boosting carbon ...
A new study of four Egyptian desert lizard species shows that brumation triggers kidney degeneration and species-specific antioxidant gene responses, ...
The first proteomic study of lentil seedling responses identifies 707 stress-responsive proteins and a shared antioxidant core that separates tolerant ...
Researchers found that extracts of three West African spices preserved the oxidative quality of frozen beef as well as or ...
New research shows that lupeol, a natural plant triterpenoid, significantly reduces cadmium-induced damage in wheat seedlings by modulating their antioxidant ...
Scientists identified a lotus E3 ubiquitin ligase, NnRNF217, that boosts cadmium tolerance in plants by supercharging antioxidant enzyme activity and ...
Green-synthesized zinc and iron oxide nanoparticles substantially boosted basil growth and antioxidant defenses under drought in a new greenhouse study.
A comprehensive review reveals that enzymes from marine microbes, hardened by extreme ocean conditions, show remarkable potential for treating chronic ...
Researchers have identified a glutaredoxin-superoxide dismutase module that maintains the superoxide gradient maize stem cells need to sustain meristem growth ...
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© 2025 Scienmag - Science Magazine