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The Evolution of Flavin-Binding Photoreceptors: An Ancient Chromophore Serving Trendy Blue-Light Sensors

机译:黄素结合感光体的演变:一个古老的发色团,为时尚的蓝光传感器服务。

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摘要

Photoreceptor flavoproteins of the LOV, BLUF, and cryptochrome families are ubiquitous among the three domains of life and are configured as UVA/blue-light systems not only in plants—their original arena—but also in prokaryotes and microscopic algae. Here, we review these proteins' structure and function, their biological roles, and their evolution and impact in the living world, and underline their growing application in biotechnologies. We present novel developments such as the interplay of light and redox stimuli, emerging enzymatic and biological functions, lessons on evolution from picoalgae, metagenomics analysis, and optogenetics applications.
机译:LOV,BLUF和隐色色素家族的感光黄素蛋白在生活的三个领域中普遍存在,不仅在植物(其原始场所)中,而且在原核生物和微藻中均被配置为UVA /蓝光系统。在这里,我们回顾了这些蛋白质的结构和功能,它们的生物学作用以及它们在生活世界中的进化和影响,并强调了它们在生物技术中的日益广泛的应用。我们提出了新的发展,例如光和氧化还原刺激的相互作用,新兴的酶和生物学功能,从微藻类进化的经验教训,宏基因组学分析和光遗传学应用。

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