Development of photosynthetic activities in dark-grown spruce seedlings

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概要

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• The chloroplasts in dark-grown, 5-day-old seedlings of Picea abies contained doubly stacked primary thylakoid membranes connected with prolamellar bodies. The photo-system II reaction center and photosystem II-associated electron transfer were assembled in the primary thylakoid membranes, but the oxygen-evolving system remained latent unless the seedlings were exposed to light. The photoactivation of this system was strongly dependent on temperature during pre-illumination. This implies that some thermal process, in addition to the photoprocess, is involved in the photoactivation of the oxygen-evolving system.

• 日本植物生理学会の論文

著者

• Oku Tatsuo

  Institute Of Biophysics Faculty Of Agriculture Kyushu University

• Sanada Masayuki

  Institute Of Biophysics Faculty Of Agriculture Kyushu University:department Of Biology Fukuoka Denta

• Tomita Giiti

  Institute Of Biophysics Faculty Of Agriculture Kyushu University

• Inoue Yorinao

  Institute of Biophysics, Faculty of Agriculture, Kyushu University

• Matsushita Kamehisa

  Institute of Biophysics, Faculty of Agriculture, Kyushu University

• Matsushita Kamehisa

  Institute Of Biophysics Faculty Of Agriculture Kyushu University:department Of Biology Fukuoka Denta

• Inoue Yorinao

  Institute Of Biophysics Faculty Of Agriculture Kyushu University:laboratory Of Plant Physiology The

関連論文

• Oxygen evolution in dark-developed spruce chloroplasts
• The reversible photoconversion of Chenopodium chlorophyll protein and its control by the apoprotein structure
• The Simultaneous Measurement of O2-Evolving and CO2-Fixing Activities in Fresh Leaves
• The photoconversion of heat-treated Chenopodium chlorophyll protein and its pH dependence
• Heat stability of the phototransforming activity of Chenopodium chlorophyll protein
• The Hill reaction and oxygen uptake in isolated pine chloroplasts
• Development of photosynthetic activities in dark-grown spruce seedlings
• Effects of nucleotides on the Hill reaction in aged chloroplasts
• Photosynthetic CO_2-fixing activity in dark-grown spruce seedlings
• Functional development of photosystems I and II in dark-grown pine seedlings
• Electron transfer and energy dependent reactions in glutaraldehyde-fixed chloroplasts
• Comparative examination of terrestrial plant leaves in terms of light-induced absorption changes due to chloroplast rearrangements
• Oligomycin-insensitive incorporation of ^P into chloroplast protein by illumination
• Changes of Time Courses of Delayed Fluorescence and Prompt Fluorescence during in vivo and in vitro Photoactivation of the Oxygen-evolving System in Dark-grown Spruce Seedlings

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