钙是重要的生命元素之一,真核生物中普遍存在介导钙信号的钙调蛋白已有深入的研究,证明钙调蛋白是细胞复杂调控系统中的一个重要成员,但是在原核生物中是否也存在类似的蛋白因子却一直说法不一.自80年代初在大肠杆菌(Escherichia coli)中首次发现类钙调蛋白(calmodulin-like-protein)以来,已在多种原核生物中陆续发现了类钙调蛋白的存在,证明其可能参与了原核生物的孢子形成,细胞分裂,生物固氮,异型胞形成和兰细菌光合作用等多种调控功能.文章综述了近年来这一领域的部分研究成果.
Calmodulin is currently regarded as a central component in a complex regulatory system in the eukaryotic cell and imposes control upon many of the essential metabolic and physiological functions of the cells.But the attempts to find such calmodulin-like-protein in prokaryotes always gave controversial condusion before. Since the first calmodulin-like-protein was found in E. coli in the early 1980s,the protein factors have been detected in many kinds of prokaryotes,and their regulatory functions have been found in sporulation, cell fission of bacteria, heterocyst cyto-differentiation, N2 fixation and photosynthesis in cyanobacteria etc. The recent research progress in the field was reviewed.
张蔚文.原核生物中的类钙调蛋白[J].生物化学与生物物理进展,1995,22(2):98-102
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