INHIBITION OF OXYGEN-EVOLVING COMPLEX IN CUCUMBER LEAVES UNDER DARK-CHILLING CONDITION : THERMOLUMINESCENCE STUDY
スポンサーリンク
概要
著者
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SONOIKE Kintake
Dept. Integrated Biosci. Grad. Schl. of Frontier Sci. Univ. of Tokyo
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Higuchi Mieko
Dept. Integrated Biosciences Grad. Sch. Frontier Sciences Univ. Tokyo
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Noguchi Takumi
Biophys. Chem. Lab.
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Sonoike Kintake
Dept. Integrated Biosciences Grad. Sch. Frontier Sciences Univ. Tokyo
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Sonoike Kintake
Dept. Biol. Sci. Grad. Sch. Sci. Univ. Tokyo
関連論文
- Monitoring of fluorescence kinetics in cyanobacterium Synechocystis PCC6803 gene disruptants to analyze their phenotypes
- RECOVERY FROM PSI PHOTOINHIBITION BY LIGHT/CHILLING TREATMENT
- SUSCEPTIBILITY OF PSI PHOTOINHIBITIONVARIES BY SUN-SHADE ACCLIMATION
- DETECTION OF A WATER MOLECULE IN THE PHOTOSYNTHETIC WATER OXIDIZING COMPLEX BY MEANS OF FTIR SPECTROSCOPY
- PHYSIOLOGICAL SIGNIFICANCE OF PHOTOSYSTEM STOICHIOMETRY IN A CYANOBACTERIUM UPON LIGHT ACCLIMATION
- PHYSIOLOGICAL ROLE AND GENE EXPRESSION OF A NOVEL GENE, pmgA, WHICH IS INVOLVED IN ACCLIMATION TO HIGH LIGHT IN A CYANOBACTERIUM Synechocystis sp. PCC 6803
- ROLE OF SULFOQUINOVOSYL DIACYLGLYCEROL IN PHOTOSYSTEM II
- COMPARATIVE STUDY OF THE RESPIRATORYACCLIMATION OF LEAVES IN SUN AND SHADE PLANTS TO SHADEDENVIRONMENT
- INHIBITION OF OXYGEN-EVOLVING COMPLEX IN CUCUMBER LEAVES UNDER DARK-CHILLING CONDITION : THERMOLUMINESCENCE STUDY
- REPAIR AND DEGRADATION OF PHOTOSYSTEM I REACTION CENTER COMPLEX PHOTOINHIBITED UNDER LIGHT-CHILLING STRESS
- DIFFERENT ROLE OF CHILLING TEMPERATURES IN PHOTOINHIBITION OF PSI AND PSII
- IRREVERSIBLE INHIBITION OF PHOTOSYSTEM I AFTER LIGHT-CHILLING STRESS