In Silico Optimization of Formate Formation by Acetobacteriumium woodii's formate Dehydrogenase-Juniper Publishers
In Silico Optimization of Formate Formation byAcetobacteriumium woodii's formate Dehydrogenase by Ibrahim Torktaz in JuniperPublishers in International Journal of Cell Science & Molecular Biology
Formate dehydrogenase from Acetobacteriumium woodii is under
investigation for industrial conversion of CO2 to formate. To have an
economically viable biotechnological process for production of formate
from CO2 the conversion rate needs to be increased
substantially. Here, we used structure prediction and molecular
modelingfor predicting a reliable 3D structure of A. woodii FDH
and following docking experiments we identified two critical residues as
main formate binding sites in the enzyme. Our result will help to
increase the efficacy of CO2 fixation as a biotechnological
approach to reduce the atmospheric concentration of this greenhouse gas
as well as biologically producing formate as a safe way of H2 transport
in biofuel application.
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