Engineered nanoparticles disrupt chloroplasts, cutting photosynthesis and plant growth
A review of 239 studies finds that engineered nanoparticles disrupt Photosystem II, pigment content and RuBisCO activity, with downstream losses ...
A review of 239 studies finds that engineered nanoparticles disrupt Photosystem II, pigment content and RuBisCO activity, with downstream losses ...
A new review finds that sex-related differences in the photosynthetic electron transport chain of dioecious plants are highly species-specific and ...
A hydroponic barley study found that nitrogen starvation triggers coordinated photosynthetic remodeling across leaf ages, preserving photoprotection and electron transport ...
A controlled greenhouse study shows that the oil crop Jatropha curcas survives drought by reversibly compressing its thylakoid membranes and ...
An experimental study in wheat found that recovery after mild cold exposure involved delayed gene responses and histone-modification changes associated ...
A new kinetic theory shows that protein denaturation, not lipid membrane breakdown, drives photosynthetic heat failure and caps plant heat ...
A new review maps how every essential plant nutrient element, from magnesium in chlorophyll to manganese in the water-splitting cluster, ...
New research reveals that polar phytoplankton sustain photosynthesis in near-darkness by suppressing wasteful charge recombinations in Photosystem II, a feat ...
New research shows that estuarine diatoms cope with repeated light and heat stress in strikingly different ways, with habitat preference ...
A systematic review reveals the physiological, molecular, and epigenetic mechanisms that help urban ornamental plants tolerate rising temperatures, offering a ...
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© 2025 Scienmag - Science Magazine