Global Self-Organization of the Cellular Metabolic Structure
Author Information
Author(s): De La Fuente Ildefonso M., Martínez Luis, Pérez-Samartín Alberto L., Ormaetxea Leire, Amezaga Cristian, Vera-López Antonio
Primary Institution: Universidad del País Vasco, Vizcaya, Spain
Hypothesis
Can enzymes present a self-organized global functional structure in cellular metabolism?
Conclusion
The self-organized dynamic structure is an intrinsic characteristic of metabolism, common to all living cellular organisms.
Supporting Evidence
- The study analyzed 2.5 million DMNs to understand metabolic dynamics.
- Enzymatic subsystems are crucial for the emergence of functional reactive structures.
- Self-organization in metabolic networks is a common feature across living cells.
Takeaway
This study shows that enzymes in cells can work together in a way that helps them stay active and organized, like a team that knows when to work and when to rest.
Methodology
Analyzed around 2.5 million different dissipative metabolic networks (DMNs) to investigate the mechanisms of dynamic global configurations.
Digital Object Identifier (DOI)
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