Ogawa T
Kamisaginomiya 3-17-11, Nakano-ku, Tokyo 165-0031, Japan.
Photosynthetica. 2025 Jan 30;63(1):10-19. doi: 10.32615/ps.2025.002. eCollection 2025.
The following scientific autobiography is presented here as a homage to Professor Kazuo Shibata, who is the one who led me to do research in photosynthesis. He had invited me to Riken (The Institute of Physical and Chemical Research), and had launched the Japan-US Collaboration Project on "" and had invited many international scientists to Riken. My research, under Shibata, started on using a sensitive method for the determination of chlorophyll , and of SDS-PAGE for the pigment protein complexes of the two photosystems. After Shibata had passed away at the age of 66, I found post-illumination CO burst from cyanobacterial cell suspensions. This finding led me to study the CO-concentrating mechanism (CCM) and the function and structure of NADP(H) dehydrogenase complexes (NDH-I) in cyanobacteria, which were developed after I had moved to Nagoya University, and in several other laboratories in the world after I had retired from Nagoya University.
以下这篇科学自传是为了向柴田和夫教授致敬而呈现于此,是他引领我从事光合作用研究。他邀请我到理化学研究所(The Institute of Physical and Chemical Research),发起了日美关于“ ”的合作项目,并邀请了许多国际科学家到理化学研究所。在柴田的指导下,我的研究始于采用一种灵敏的方法测定叶绿素 ,以及用SDS-PAGE研究两个光系统的色素蛋白复合体。柴田66岁去世后,我发现蓝藻细胞悬液在光照后会出现CO猝发。这一发现促使我去研究蓝藻中的CO浓缩机制(CCM)以及NADP(H)脱氢酶复合体(NDH-I)的功能和结构,这些研究是在我转到名古屋大学之后开展的,并且在我从名古屋大学退休后,世界上其他几个实验室也进行了相关研究。