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research
Advances in Cyanobacterial Phycobilisome Assembling in vitro
Authors
林瀚智
秦松
秦松,中国科学院烟台海岸带研究所,E-mail:
[email protected]
马建飞
Publication date
20 September 2016
Publisher
'Springer Science and Business Media LLC'
Doi
Abstract
光合作用的第一步是高效地捕获和传递光能.藻胆体位于蓝藻和红藻细胞的类囊体膜外朝向基质一侧,结构上主要由藻胆蛋白和连接蛋白构成,且功能上以不低于98%的效率捕获和传递光能至PSⅡ.3种类型的藻胆蛋白单体的结构类似,由于含有不同数目和种类的色素分子以及藻胆蛋白结构的细微差别导致光能最大吸收波长不同.藻胆蛋白以不同寡聚形式,加上连接蛋白的作用,依靠氢键和极性相互作用,自发组装为高度有序的完整藻胆体结构.科学家尝试体外合成和组装藻胆体,但目前只达到三聚体形式,六聚体及更高级组装远未解决.本文主要从生物组合合成的角度,综述了体外从头合成和组装完整藻胆体的历程和进展,并展望了迄今完成的最高级别的重组别藻蓝..
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Last time updated on 15/02/2017