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Modelling the Metabolic Versatility of a Microbial Trichome

机译:微生物菌丝体的代谢多功能性建模

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A microbial trichome extracts nutrients from its immediate surroundings. It may also oxidize electron donors, reduce electron acceptors, and exude the 'waste' products of endogenous redox metabolism. Finally, it may effect light harvesting. These exchange fluxes are summed up in a generic model, which covers photoau-totrophs as well as chemoheterotrophs. The focus is on endogenous metabolism and the cellular homeostasis of both reducing and phosphorylating equivalents. A novel result is the formulation of four 'rules', akin to the Pasteur effect, which govern the compatibility of endogenous metabolism with various assimilatory processes.
机译:微生物毛状体从其周围环境中提取营养。它还可能氧化电子供体,还原电子受体,并散发内源性氧化还原代谢的“废物”产物。最后,它可能会影响光收集。这些交换通量被汇总在一个通用模型中,该模型涵盖了光营养生物和化学营养生物。重点是减少和磷酸化等价物的内源性代谢和细胞稳态。一个新颖的结果是类似于巴斯德效应的四个“规则”的制定,它们控制着内源性代谢与各种同化过程的相容性。

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