Program |
Organizer: Yoshihiko Fujita |
1. |
Genetic system in the chloroplasts from a liverwort. |
|
Kanji Ohyama (Kyoto University) |
2. |
Genes for the thylakoid membrane system in higher plants and a cyanobacterium. |
|
Masahiro Sugiura, Nobuaki Hayashida and Masakazu Fukuta (Nagoya University) |
3. |
Structure and processing of precursors for the 33-and the 23-kDa proteins of oxygen-evolv ing system. |
|
Akira Watanabe (Nagoya University) |
4. |
Light induced modification of RC II (photoinhibition). |
|
Itzhak Ohad, N. Adir, G. Schuster, S. Shochat and Yorinao Inoue (The Hebrew University of Jerusalem and RIKEN) |
5. |
Some aspects of metabolic turnover of PS II reaction center subunits. |
|
Kimiyuki Satoh (Okayama University) |
6. |
Nuclear-coded subunits of PS I. |
|
Junichi Obokata (Hokkaido University) |
7. |
Effects of oxygen on electron transport in thylakoids. |
|
Koji Asada (Kyoto University) |
8. |
Dynamics of light regulation of plant thylakoid membranes during long-term acclimation. |
|
Jan M. Anderson (CSIRO) |
9. |
Minimal unit of sun/shade adaptation in higher plants. |
|
and |
|
Photoinhibition at chilling temperature in cucumber thylakoids. |
|
lchiro Terashima (University of Tokyo) |
10. |
A molecular feedback mechanism for the regulation of photosystem stoichiometry in oxygenic photosynthesis. |
|
Anastasios Melis (University of California, Berkeley) |
11. |
Distribution and redistribution of chlorophy11 among. apporoteins in the early phase of greening. |
|
Hideo Tsuji (Kyoto University) |
12. |
The regulation of thylakoid structure in cyanobacteria by environmental factors. |
|
Louis A. Sherman (Purdue University) |
13. |
Regulation of photosystem stoichiometry in cyanobacterial photosynthetic system. |
|
Yoshihiko Fujita, Akio Murakami and Kaori Ohki (NIBB) |
14. |
Temperature-induced desaturation of fatty acids of thylakoid membrane lipid m cyanobacteria. |
|
Hajime Wada and Norio Murata (NIBB) |
15. |
Membrane differentiation and its effect on photosynthetic electron transfer in purple bacteria. |
|
Katsumi Matsuura (Tokyo Met. University) |