Raval M K, Biswal B, Biswal U C
P.G. Department of Chemistry, Government College, Sundargarh, Orissa, India.
Photosynth Res. 2005 Sep;85(3):267-93. doi: 10.1007/s11120-005-8163-4.
Photosystem II (PS II) of thylakoid membrane of photosynthetic organisms has drawn attention of researchers over the years because it is the only system on Earth that provides us with oxygen that we breathe. In the recent past, structure of PS II has been the focus of research in plant science. The report of X-ray crystallographic structure of PS II complex by the research groups of James Barber and So Iwata in UK is a milestone in the area of research in photosynthesis. It follows the pioneering and elegant work from the laboratories of Horst Witt and W. Saenger in Germany, and J. Shen in Japan. It is time to analyze the historic events during the long journey made by the researchers to arrive at this point. This review makes an attempt to critically review the growth of the advancement of concepts and knowledge on the photosystem in the background of technological development. We conclude the review with perspectives on research and technology that should reveal the complete story of PS II of thylakoid in the future.
多年来,光合生物类囊体膜上的光系统II(PS II)一直吸引着研究人员的关注,因为它是地球上唯一为我们提供呼吸所需氧气的系统。近期,PS II的结构一直是植物科学研究的重点。英国詹姆斯·巴伯和岩田寿的研究团队发表的PS II复合物的X射线晶体学结构报告,是光合作用研究领域的一个里程碑。此前德国霍斯特·维特和W. 森格尔以及日本沈建仁实验室开展了开创性的卓越研究。现在是时候分析研究人员在漫长征程中取得这一成果的历史事件了。本综述试图在技术发展的背景下,批判性地回顾光系统概念和知识进步的发展历程。我们在综述结尾对研究和技术进行了展望,这些研究和技术有望在未来揭示类囊体PS II的完整情况。