CORDIS Project
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This research focuses on improving the efficiency of carbon dioxide fixation in living cells by analyzing enzyme kinetics. It aims to develop synthetic pathways that could enhance agricultural productivity and reduce carbon footprints.
Biological CO2 fixation is the primary process responsible for biomass and food production and a key player in the atmospheric CO2 balance.
Almost all biological CO2 fixation is caried out by a single pathway: the Calvin cycle.
Despite the dominance of this pathway in nature it seems relatively inefficient due to high energy costs and poor enzyme kinetics.
An exciting option to improve this efficiency, is the exploration of potentially more efficient synthetic CO2 pathways.
However, a key challe…
WAGENINGEN UNIVERSITY
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