Abstract— In nature, microorganisms are continuously facing nutrient availability changes in the environment, and thus they.
2019/12/13 · From a biological point of view, our results show that the natural allocation of resources of bacteria has to be modified in order to achieve ...
This study inspired the use of biotechnological engineering to maximize the production of a metabolite of interest in E. coli by means of both analytical and ...
This study inspired the use of biotechnological engineering to maximize the production of a metabolite of interest in E. coli by means of both analytical ...
Singular Regimes for the Maximization of Metabolite Production ∗ by Agustin Gabriel Yabo, Jean-Baptiste Caillau, Jean-Luc Gouze.
The chattering arcs enter the singular regime at the optimal steady state p∗ opt, r∗ opt . The latter divides Σ into two subcurves Σ0 and Σ1, so that bang ...
Singular regimes for the maximization of metabolite production ∗. CDC 2019: 31-36; 2018. [c1]. view. electronic edition via DOI · unpaywalled version ...
[PDF] The turnpike property in maximization of microbial metabolite production
hal.science › document
2020/08/17 · Thus, understanding the singular regime is important for construction of suboptimal realistic control strategies. The numerical results ...
2019/03/23 · We show that the optimal solutions for biomass maximization and product maximization are very similar in the case of unlimited nutrient supply, ...
We show novel results addressing the problem of synthesizing a metabolite of interest in continuous bioreactors through resource allocation control.