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Bacterial microcompartments: catalysis-enhancing metabolic modules for next generation metabolic and biomedical engineering

机译:细菌微量组分:用于下一代代谢和生物医学工程的催化增强代谢模块

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Bacterial cells have long been thought to be simple cells with little spatial organization, but recent research has shown that they exhibit a remarkable degree of subcellular differentiation. Indeed, bacteria even have organelles such as magnetosomes for sensing magnetic fields or gas vesicles controlling cell buoyancy. A functionally diverse group of bacterial organelles are the bacterial microcompartments (BMCs) that fulfill specialized metabolic needs. Modification and reengineering of these BMCs enable innovative approaches for metabolic engineering and nanomedicine.
机译:细菌细胞已被认为是具有很少的空间组织的简单细胞,但最近的研究表明它们表现出显着的亚细胞分化程度。实际上,细菌甚至具有用于传感磁场或控制细胞浮力的气体囊泡的细胞器。功能多样的细菌细胞细胞是符合专门的代谢需求的细菌微型组分(BMC)。这些BMC的修改和再造能够为代谢工程和纳米医生提供创新方法。

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