Cellular Economics of Exchanged Metabolites Alter Ratios of Microbial Trading Partners in a Predictable Manner

Most microorganisms exist in interacting consortia, yet the principles behind consortia assembly, including trading partner structure, still require deciphering, despite being central to understanding, building, and controlling consortia. This study tests a cellular-economy-based hypothesis that pro...

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Bibliographic Details
Main Author:	Martina Du (22411316) (author)
Other Authors:	Jeremy M. Chaćon (22411319) (author), Heejoon Park (22411322) (author), Campbell Putnam (22411325) (author), Tomáš Gedeon (22411328) (author), William R. Harcombe (8259795) (author), Ross P. Carlson (1900651) (author)
Published:	2025
Subjects:	Biochemistry Genetics Pharmacology Biotechnology Computational Biology Chemical Sciences not elsewhere classified still require deciphering prevented oxidative phosphorylation microbial trading partners equivalent basis provides proposes consortia engaged interpreting natural consortia strain ratios represented predicted strain ratios biological energy density metabolic burden associated equivalent metabolic burden controlling bioprocess consortia quantifying exchanged metabolites atp synthase enzyme 2 </ sub obligate metabolite exchange strain ratios could metabolic burden theory metabolic burden controlling consortia exchanged metabolites metabolite exchange interacting consortia substrate energy obligatory exchange cellular energy study tests predictably shared predictable manner microorganisms exist instead retained fold using flux magnitude
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Cellular Economics of Exchanged Metabolites Alter Ratios of Microbial Trading Partners in a Predictable Manner

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