Abstract:Artificial metalloenzymes (ArMs) confer non-biological reactivities to biomolecules, whilst taking advantage of the biomolecular architecture in terms of selectivity and of renewable origin. In particular, ArMs design by supramolecular anchoring...
“…Where the I (A) is the value of the catalytic current (directly given by the electrochemical workstation), α is the number of transferred electrons corresponding to the half-reaction that generates a molecule of a target product or consumes a molecule of target reactant (the reaction equation Coefficient of electrons), N (mol) is the number of catalytically active sites, 94 and F (C/mol) is the Faraday constant. 95 …”
Section: Key Criterion For Evaluating the Performance Of Homogeneous ...mentioning
“…Where the I (A) is the value of the catalytic current (directly given by the electrochemical workstation), α is the number of transferred electrons corresponding to the half-reaction that generates a molecule of a target product or consumes a molecule of target reactant (the reaction equation Coefficient of electrons), N (mol) is the number of catalytically active sites, 94 and F (C/mol) is the Faraday constant. 95 …”
Section: Key Criterion For Evaluating the Performance Of Homogeneous ...mentioning
This paper overviews the final remarks lecture delivered (by K. D. K.) at the end of this bioinorganic chemistry Faraday Discussion, held online for a worldwide audience from January 31 – February 3, 2022.
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