A new method analyses the biochemical changes in the leaves closest to the fruit without damaging it.
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Salt stress is a major factor that impairs plant growth and yield. Researchers have revealed that Arabidopsis thaliana myosin XI-1 significantly regulates adaptation to salt stress via intracellular sodium ion (Na⁺) homeostasis. It can thus serve as a promising molecular…
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A new study has identified a unique trait in the aquatic plant Ottelia alismoides that it can simultaneously employ three distinct CO₂-concentrating mechanisms (CCMs). This finding provides new insights into how these pathways, long considered incompatible within the same plant tissue, can operate concurrently.
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Researchers have uncovered how successful chromosome segregation during sexual reproduction is achieved in plants.
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New research has found that microbial communities in soil have the capacity to remember and adapt to past environmental events, helping plants to withstand drought stress.
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A joint research team has discovered a new molecular switch that determines when plant leaves begin to age. The research team has identified for the first time a new mechanism in which RNA made from the nucleus moves to chloroplasts…
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A new method enables simultaneous RNA and metabolite analysis in single plant cells
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Circadian clocks of wheat can provide a window into the plant's nutrient content and life cycle, finds new research that could improve agricultural production and crop resilience in a changing climate.
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Wetlands function as biogeochemical filters, and new research suggests they may also help tackle PFAS contamination. In a recent greenhouse study, researchers showed that yellow flag iris plants, working in symbiosis with fungi on their roots, can take up and…
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Phytoplankton is the basic food source for many aquatic organisms. A new study shows that the light spectrum is more important for these microalgae and for lake ecosystems than previously assumed.
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