Browsing by Subject "Hydrogenase"
Now showing items 1-6 of 6
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(2014-08-20)The discovery of a diiron organometallic active site, found in the [FeFe]-Hydrogenase (H2ase) enzyme, has led to a revisiting of the classic organometallic chemistry involving the Fe-Fe bond and bridging ligands. This ...
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(2016-12-08)The discovery of cyano-iron carbonyls in the hydrogenases has inspired synthetic efforts to reproduce the active sites of these efficient H2-producing or H2-oxidation enzymes. Recent demonstration of the possibility of ...
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(2017-12-08)Hydrogenases are enzymes capable of catalyzing, reversibly, coupling of protons and electrons into dihydrogen. The active sites of both [NiFe]- and [FeFe]-hydrogenases feature a M₂S₂ core, where two first-row transition ...
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(2012-02-14)The unique active site of [FeFe]-hydrogenase has inspired over 300 small molecule models derived from the classical organometallic complex, (μ-SRS-)[Fe(CO)3]2. However, no model complex has yet reproduced the hydrogen ...
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(2015-08-25)Nature has developed enzymes that utilize the base metals, iron and nickel, in sulfur-rich environments, capable of performing the reversible interconversion of protons and electrons into hydrogen under mild conditions. ...
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(2010-07-14)The electronic structures and reaction mechanisms of transition-metal complexes can be calculated accurately by density functional theory (DFT) in cooperation with the continuum solvation model. The palladium catalyzed ...