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- W2010015020 abstract "Increased scattering of a weak 535 nm measuring beam which indicates the light-dependent formation of a transthylakoid proton gradient in leaves was used to examine the role of the electron-transport chain in limiting photosynthetic carbon assimilation. The proton gradient is supported by electron flux and indicates thylakoid energization. In CO2-free air, half saturation of thylakoid energization was observed at intensities of red light ranging from 2 to 50 W·m−2 in different plant species. The differences were attributed to different carbohydrate availability for energy-consuming photorespiratory processes when external CO2 was absent. Thylakoid energization of shade leaves (Asarum, Fagus) was saturated at lower light intensities than that of sun leaves (Phaseolus, Fagus). When photorespiratory carbohydrate oxidation was suppressed by decreasing the O2 concentration from 21 to 2% in the absence of CO2, thylakoid energization saturated at lower light intensities than in CO2-free air. CO2 decreased thylakoid energization particularly at low light intensities. Under high intensity illumination, however, thylakoid energization was remarkably high even in the presence of saturating CO2. Apparently, electron transport was capable of maintaining the energy status of the photosynthetic apparatus at a high level even when photosynthetic carbon fluxes were maximal. This suggests that electron transport is less important in limiting photosynthesis than previously thought." @default.
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- W2010015020 date "1984-12-01" @default.
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- W2010015020 title "Rate limiting factors in leaf photosynthesis. II. Electron transport" @default.
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- W2010015020 doi "https://doi.org/10.1016/0005-2728(84)90042-2" @default.
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