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A Synthetic Model of Enzymatic [Fe4S4]–Alkyl Intermediates

Journal of the American Chemical Society, 2019-08, Vol.141 (34), p.13330-13335

2019

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H–H and Si–H Bond Addition to FeNNR2 Intermediates Derived from N2

Journal of the American Chemical Society, 2013-04, Vol.135 (13), p.4938-4941

2013

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Dinitrogen binding and activation at a molybdenum-iron-sulfur cluster

Nature chemistry, 2021-07, Vol.13 (7), p.666

2021

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X-ray crystallographic and EPR spectroscopic analysis of HydG, a maturase in [FeFe]-hydrogenase H-cluster assembly

Proceedings of the National Academy of Sciences - PNAS, 2015-02, Vol.112 (5), p.1362-1367

2015

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Cysteine as a ligand platform in the biosynthesis of the FeFe hydrogenase H cluster

Proceedings of the National Academy of Sciences - PNAS, 2015-09, Vol.112 (37), p.11455-11460

2015

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Reversible Formation of Alkyl Radicals at [Fe4S4] Clusters and Its Implications for Selectivity in Radical SAM Enzymes

Journal of the American Chemical Society, 2020-08, Vol.142 (33), p.14240-14248

2020

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A Terminal Imido Complex of an Iron–Sulfur Cluster

Angewandte Chemie (International ed.), 2021-06, Vol.60 (23), p.12802-12806

International ed. in English, 2021

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Selective Synthesis of Site-Differentiated Fe4S4 and Fe6S6 Clusters

Inorganic chemistry, 2018-12, Vol.57 (23), p.14904-14912

2018

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The Role of the Secondary Coordination Sphere in a Fungal Polysaccharide Monooxygenase

ACS chemical biology, 2017-04, Vol.12 (4), p.1095-1103

2017

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Controlling Substrate Binding to Fe4S4 Clusters through Remote Steric Effects

Inorganic chemistry, 2019-04, Vol.58 (8), p.5273-5280

2019

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A CO-Derived Iron Dicarbyne That Releases Olefin upon Hydrogenation

Journal of the American Chemical Society, 2013-08, Vol.135 (34), p.12580-12583

2013

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Manganese–Cobalt Oxido Cubanes Relevant to Manganese-Doped Water Oxidation Catalysts

Journal of the American Chemical Society, 2017-04, Vol.139 (15), p.5579-5587

2017

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The HydG Enzyme Generates an Fe(CO)2(CN) Synthon in Assembly of the FeFe Hydrogenase H-Cluster

Science (American Association for the Advancement of Science), 2014-01, Vol.343 (6169), p.424-427

2014

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An [Fe4S4]3+–Alkyl Cluster Stabilized by an Expanded Scorpionate Ligand

Journal of the American Chemical Society, 2020-08, Vol.142 (33), p.14314-14323

2020

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The Radical SAM Enzyme HydG Requires Cysteine and a Dangler Iron for Generating an Organometallic Precursor to the [FeFe]-Hydrogenase H‑Cluster

Journal of the American Chemical Society, 2016-02, Vol.138 (4), p.1146-1149

2016

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Biosynthesis of the [FeFe] Hydrogenase H Cluster: A Central Role for the Radical SAM Enzyme HydG

Inorganic chemistry, 2016-01, Vol.55 (2), p.478-487

2016

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An Mn(V)–oxo role in splitting water?

Proceedings of the National Academy of Sciences - PNAS, 2015-04, Vol.112 (17), p.5265-5266

2015

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Free H2 Rotation vs Jahn–Teller Constraints in the Nonclassical Trigonal (TPB)Co–H2 Complex

Journal of the American Chemical Society, 2014-10, Vol.136 (42), p.14998-15009

2014

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Evidence for Low-Valent Electronic Configurations in Iron–Sulfur Clusters

Journal of the American Chemical Society, 2022-05, Vol.144 (20), p.9066-9073

2022

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The Elusive Mononitrosylated [Fe4S4] Cluster in Three Redox States

Angewandte Chemie (International ed.), 2022-11, Vol.61 (47), p.e202213032-n/a

International ed. in English, 2022

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Cluster-selective 57 Fe labeling of a Twitch-domain-containing radical SAM enzyme

Chemical science (Cambridge), 2023-07, Vol.14 (27), p.7492-7499

2023

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Cluster-selective 57Fe labeling of a Twitch-domain-containing radical SAM enzyme

Chemical science (Cambridge), 2023-07, Vol.14 (27), p.7492-7499

2023

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Valence Localization in Alkyne and Alkene Adducts of Synthetic [Fe4S4]+ Clusters

Inorganic chemistry, 2023-02, Vol.62 (5), p.1911-1918

2023

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Exploiting Molecular Symmetry to Quantitatively Map the Excited-State Landscape of Iron–Sulfur Clusters

Journal of the American Chemical Society, 2023-05, Vol.145 (18), p.10376-10395

2023

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Correction to “Exploiting Molecular Symmetry to Quantitatively Map the Excited-State Landscape of Iron–Sulfur Clusters”

Journal of the American Chemical Society, 2024-07, Vol.146 (30), p.21190-21191

2024

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A Synthetic Model of Enzymatic [Fe4S4]–Alkyl Intermediates

H–H and Si–H Bond Addition to FeNNR2 Intermediates Derived from N2

Dinitrogen binding and activation at a molybdenum-iron-sulfur cluster

X-ray crystallographic and EPR spectroscopic analysis of HydG, a maturase in [FeFe]-hydrogenase H-cluster assembly

Cysteine as a ligand platform in the biosynthesis of the FeFe hydrogenase H cluster

Reversible Formation of Alkyl Radicals at [Fe4S4] Clusters and Its Implications for Selectivity in Radical SAM Enzymes

A Terminal Imido Complex of an Iron–Sulfur Cluster

Selective Synthesis of Site-Differentiated Fe4S4 and Fe6S6 Clusters

The Role of the Secondary Coordination Sphere in a Fungal Polysaccharide Monooxygenase

Controlling Substrate Binding to Fe4S4 Clusters through Remote Steric Effects

A CO-Derived Iron Dicarbyne That Releases Olefin upon Hydrogenation

Manganese–Cobalt Oxido Cubanes Relevant to Manganese-Doped Water Oxidation Catalysts

The HydG Enzyme Generates an Fe(CO)2(CN) Synthon in Assembly of the FeFe Hydrogenase H-Cluster

An [Fe4S4]3+–Alkyl Cluster Stabilized by an Expanded Scorpionate Ligand

The Radical SAM Enzyme HydG Requires Cysteine and a Dangler Iron for Generating an Organometallic Precursor to the [FeFe]-Hydrogenase H‑Cluster

Biosynthesis of the [FeFe] Hydrogenase H Cluster: A Central Role for the Radical SAM Enzyme HydG

An Mn(V)–oxo role in splitting water?

Free H2 Rotation vs Jahn–Teller Constraints in the Nonclassical Trigonal (TPB)Co–H2 Complex

Evidence for Low-Valent Electronic Configurations in Iron–Sulfur Clusters

The Elusive Mononitrosylated [Fe4S4] Cluster in Three Redox States

Cluster-selective 57 Fe labeling of a Twitch-domain-containing radical SAM enzyme

Cluster-selective 57Fe labeling of a Twitch-domain-containing radical SAM enzyme

Valence Localization in Alkyne and Alkene Adducts of Synthetic [Fe4S4]+ Clusters

Exploiting Molecular Symmetry to Quantitatively Map the Excited-State Landscape of Iron–Sulfur Clusters

Correction to “Exploiting Molecular Symmetry to Quantitatively Map the Excited-State Landscape of Iron–Sulfur Clusters”

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