In this paper we investigate plant photosynthesis and mi- crobial fuel cells. We report the following: 1) we introduce and validate a novel multi-objective optimization algorithm, PMO2; 2) in photosynthesis we increase the yield of 135%, while in Geobacter sulfurreducens we determine the trade-off for growth versus redox properties; 3) finally, we discuss Pareto front as an estimator of robust metabolic pathways.
Design of robust metabolic pathways / R.Umeton; G.Stracquadanio; A.Sorathiya; A.Papini; P.Lio`; G.Nicosia. - STAMPA. - DAC 2011 - Proceedings of the 48th Design Automation Conference,DAC 2011,San Diego,CA,USA,June 5-9,2011:(2011), pp. 747-752. (Intervento presentato al convegno DAC tenutosi a San Diego nel June 5-9,2011).
Design of robust metabolic pathways
PAPINI, ALESSIO;
2011
Abstract
In this paper we investigate plant photosynthesis and mi- crobial fuel cells. We report the following: 1) we introduce and validate a novel multi-objective optimization algorithm, PMO2; 2) in photosynthesis we increase the yield of 135%, while in Geobacter sulfurreducens we determine the trade-off for growth versus redox properties; 3) finally, we discuss Pareto front as an estimator of robust metabolic pathways.
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