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Non-photochemical quenching
Non-photochemical quenching
A chlorophyll fluorescence analysis of photosynthetic efficiency, quantum yield and photon energy dissipation in PSII antennae of Lactuca sativa L. leaves exposed to cinnamic acid
Water / Carbon Dioxide / Photochemistry / Photosynthesis / Biomass / Plant Biology / Fluorescence / Treatment / Carbon Isotopes / Chlorophyll / Chlorophyll Fluorescence / Lettuce / Light / Plant Roots / Soil sciences / Physiological Response / Energy Dissipation / Plant Physiology and Biochemistry / Carbon Isotope / Photons / Quantum Yield / Carbon Isotope Discrimination / PLANT PROTEINS / Fresh Weight / Plant Height / Plant Leaves / Non-photochemical quenching / Lactuca Sativa L / Light adaptation / Fluorescence quenching / Plant Biology / Fluorescence / Treatment / Carbon Isotopes / Chlorophyll / Chlorophyll Fluorescence / Lettuce / Light / Plant Roots / Soil sciences / Physiological Response / Energy Dissipation / Plant Physiology and Biochemistry / Carbon Isotope / Photons / Quantum Yield / Carbon Isotope Discrimination / PLANT PROTEINS / Fresh Weight / Plant Height / Plant Leaves / Non-photochemical quenching / Lactuca Sativa L / Light adaptation / Fluorescence quenching
Non-photochemical fluorescence quenching in Chromera velia is enabled by fast violaxanthin de-epoxidation
Photosynthesis / Fluorescence / Dep / Xanthophyll Cycle / Dde / Chlorophyta / Light Harvesting / Biochemistry and cell biology / Non-photochemical quenching / Fluorescence quenching / Chlorophyta / Light Harvesting / Biochemistry and cell biology / Non-photochemical quenching / Fluorescence quenching
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