Prof. KUANG Ting-Yun
Phytophysiologist
the Academician of CAS
Institute of Botany, Chinese Academy of Sciences, Xianshan, Beijing 100093, China,
Birthplace: Sichuan Province, Zizhong County
BiographyKuang Tingyun, female, native of Zizhong County, Sichuan Province.
For a long time, Kuang devoted her time to research about photosynthetic membranes of photosynthesis. Collaborating with the scholars at home and abroad, she achieved the following results: revealed the law of the distribution of horizontal transfer regulation and excitation energy of light-arresting phyllochlorin on the membrane; proved that 21kD membrane protein was the original source of fluorescent emission of I long wave of light system; put forward possible dynamic model of light system II reaction center; took the lead finding the residue of histidine of phyllochlorin in light system II reaction center magnesium-removing chlorophyll of primary electronic receptor were damaged by illumination; and put forward the hypothesis that the second electronic transfer chain had light protective function. the Academician of CAS,
Prof. KUANG Ting-Yun
Phytophysiologist
the Academician of CAS
Institute of Botany, Chinese Academy of Sciences, Xianshan, Beijing 100093, China,
Birthplace: Sichuan Province, Zizhong County
Kuang Tingyun, female, native of Zizhong County, Sichuan Province.
For a long time, Kuang devoted her time to research about photosynthetic membranes of photosynthesis. Collaborating with the scholars at home and abroad, she achieved the following results: revealed the law of the distribution of horizontal transfer regulation and excitation energy of light-arresting phyllochlorin on the membrane; proved that 21kD membrane protein was the original source of fluorescent emission of I long wave of light system; put forward possible dynamic model of light system II reaction center; took the lead finding the residue of histidine of phyllochlorin in light system II reaction center magnesium-removing chlorophyll of primary electronic receptor were damaged by illumination; and put forward the hypothesis that the second electronic transfer chain had light protective function. the Academician of CAS,