Faculty

Institution

Unit

Venue

John Enemark

Regents Professor Emeritus - Retired Regents Professor Emeritus

University of Arizona

Affiliations

College of Science

Chemistry and Biochemistry

John Enemark is currently serving as a Chemistry And Biochemistry Regents Professor Emeritus - Retired Regents Professor Emeritus at University of Arizona.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

John Enemark

University of Arizona

Regents Professor Emeritus - Retired Regents Professor Emeritus

You can click a keyword to filter the displayed items

inorganic chemistry coordination chemistry transition metal chemistry chemistry biochemistry materials science enzymes protein science biophysics organometallic chemistry biological inorganic chemistry redox biology structural chemistry sulfite oxidase structural biology inorganic synthesis biological chemistry membrane biology molecular structure crystallography chemical biology spectroscopy biochemical sciences inorganic compounds enzyme catalysis intramolecular electron transfer enzyme inhibition crystal structures structural molecular biology nuclear magnetic resonance spectroscopy human sulfite oxidase biocatalysis protein chemistry coordination complex free radical biology polyhedron molybdenum center chemical sciences spectra-structure correlation theoretical inorganic chemistry pulsed epr spectroscopy epr studies molybdenum enzymes biomolecular structure metalloproteins structure-function enzyme kinetics active sites sulfite-oxidizing enzymes magnetic resonance structure determination electron paramagnetic resonance structural composition electronic structure structure elucidation surface reactivity inorganic materials active site structural studies bioelectrochemistry functional modification plant biochemistry redox chemistry catalyst activation electrochemical studies bioinorganic chemistry molecular science molecular catalysis main group chemistry direct observation plant molecular biology trace elements enzymatic modification molecular substrates chelative addition two-domain construct direct detection process biochemistry bioorganic chemistry enzyme structure protein structure membrane biochemistry biomolecular engineering

Notable Scholarly Works

Notable Federal Grants

Collaborators

The Enemark-Feltham Formalism at 50: An Interview With John Enemark and a Personal Reflection. Journal of Inorganic Biochemistry (2025)

intellectual historyenemark-feltham formalismhistorical methodologyphenomenology (philosophy)textual practicehistory of philosophyliterary theoryhistorical analysisjohn enemarka personal reflectionenglish studiescultural historyenglishvictorian literaturehumanities

In Memoriam: F. Ann Walker (1940–2022). Journal of Inorganic Biochemistry (2024)

John H. Enemark

biochemical sciencesinorganic compoundstheoretical inorganic chemistrychemistryinorganic chemistrychemical biologybiological inorganic chemistrybiochemical engineeringstructural molecular biologybiological chemistrybiochemistrymolecular biologybiophysical chemistry

Mechanistic Complexities of Sulfite Oxidase: An Enzyme With Multiple Domains, Subunits, and Cofactors. Journal of Inorganic Biochemistry (2023)

John H. Enemark

biophysicsenzymesoxidative stresschemical biologymechanistic complexitiesenzyme catalysisstructural molecular biologyprotein structurebiomolecular structurebiochemistrystructure-function enzyme kineticsmultiple domainsmolecular biologyenzyme inhibitionsulfite oxidasestructural biology

Moco(N): A General Formalism for Describing the Highly Covalent Molybdenum Cofactor of Sulfite Oxidase and Related Mo Enzymes. J. Inorg. Biochem. (2022)

related mo enzymesenzymeschemistryenzyme catalysisbioorganic chemistryredox biologybiochemistrystructure-function enzyme kineticstransition metal chemistrysulfite oxidasegeneral formalism

{Moco}N, (N = 0–8): A General Formalism for Describing the Highly Covalent Molybdenum Cofactor of Sulfite Oxidase and Related Mo Enzymes,. Journal of Inorganic Biochemistry (2022)

John H. Enemark

inorganic chemistrymode of actioncovalent molybdenum cofactormechanisms of actionenzymestheoretical inorganic chemistrychemical biologymolecular structurebiological inorganic chemistrybiochemistryenzymatic modificationsulfite oxidasebiophysical chemistryrelated mo enzymesbiomolecular engineeringbiomolecular structurechemical structurecoordination chemistrymolecular biologyenzyme inhibitiontransition metal chemistrygeneral formalism

Metal-Dithiolene Bonding Contributions to Pyranopterin Molybdenum Enzyme Reactivity. Inorganics (2020)

enzymesmetal-dithiolene bonding contributionschemical biologybiological inorganic chemistryorganometallic chemistrychemical sciencesbiological chemistrybiochemistrychemical structurecoordination chemistryenzyme inhibitiontransition metal chemistrymetalloproteins

Metal–Dithiolene Bonding Contributions to Pyranopterin Molybdenum Enzyme Reactivity. Inorganics (2020)

Jing YangJohn H. EnemarkMartin L. Kirk

enzymesinorganic chemistrymetal-dithiolene bonding contributionsbiological inorganic chemistrymolybdenum enzyme reactivitybiochemistrycoordination chemistrytransition metal chemistrystructural biology

Vibrational Control of Covalency Effects Related to the Active Sites of Molybdenum Enzymes. Journal of the American Chemical Society (2018)

Benjamin W. SteinJing YangRegina MteiNicholas J. WiebelhausDominic K. KersiJesse LePluartDennis L. LichtenbergerJohn H. EnemarkMartin L. Kirk

vibrational controlbiochemical sciencesactive sitesenzymesbiomolecular engineeringchemical biologyprotein sciencebiological inorganic chemistryprotein chemistrybiological chemistrybiochemistrypharmacologycovalency effectsmolybdenum enzymesstructural biology

Consensus Structures of the Mo( V ) Sites of Sulfite-Oxidizing Enzymes Derived From Variable Frequency Pulsed Epr Spectroscopy, Isotopic Labelling and Dft Calculations. Dalton Transactions (2017)

John H. Enemark

biophysicsenzymesisotopic labellingdft calculationsprotein sciencebiological inorganic chemistrybiochemistryconsensus structurescoordination chemistrymolecular biologytransition metal chemistrysulfite-oxidizing enzymes

Consensus Structures of the Mo(V) Sites of Sulfite-Oxidizing Enzymes Derived From Variable Frequency Pulsed Epr Spectroscopy, Isotopic Labelling and Dft Calculations. Dalton Trans. (2017)

variable frequencyenzymeschemistryprotein nmrnuclear magnetic resonanceenzyme catalysisepr spectroscopybiomolecular structurestructural biologyprotein structurebiochemistryredox biologystructure-function enzyme kineticsconsensus structurestransition metal chemistrybiophysical chemistry

1
2
3
4
5
29
10 / page

John Enemark

Regents Professor Emeritus - Retired Regents Professor Emeritus

University of Arizona

Affiliations

College of Science

Chemistry and Biochemistry

John Enemark is currently serving as a Chemistry And Biochemistry Regents Professor Emeritus - Retired Regents Professor Emeritus at University of Arizona.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

John Enemark

University of Arizona

Regents Professor Emeritus - Retired Regents Professor Emeritus

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

The Enemark-Feltham Formalism at 50: An Interview With John Enemark and a Personal Reflection. Journal of Inorganic Biochemistry (2025)

In Memoriam: F. Ann Walker (1940–2022). Journal of Inorganic Biochemistry (2024)

John H. Enemark

Mechanistic Complexities of Sulfite Oxidase: An Enzyme With Multiple Domains, Subunits, and Cofactors. Journal of Inorganic Biochemistry (2023)

John H. Enemark

Moco(N): A General Formalism for Describing the Highly Covalent Molybdenum Cofactor of Sulfite Oxidase and Related Mo Enzymes. J. Inorg. Biochem. (2022)

related mo enzymesenzymeschemistryenzyme catalysisbioorganic chemistryredox biologybiochemistrystructure-function enzyme kineticstransition metal chemistrysulfite oxidasegeneral formalism

{Moco}N, (N = 0–8): A General Formalism for Describing the Highly Covalent Molybdenum Cofactor of Sulfite Oxidase and Related Mo Enzymes,. Journal of Inorganic Biochemistry (2022)

John H. Enemark

Metal-Dithiolene Bonding Contributions to Pyranopterin Molybdenum Enzyme Reactivity. Inorganics (2020)

Metal–Dithiolene Bonding Contributions to Pyranopterin Molybdenum Enzyme Reactivity. Inorganics (2020)

Jing YangJohn H. EnemarkMartin L. Kirk

Vibrational Control of Covalency Effects Related to the Active Sites of Molybdenum Enzymes. Journal of the American Chemical Society (2018)

Benjamin W. SteinJing YangRegina MteiNicholas J. WiebelhausDominic K. KersiJesse LePluartDennis L. LichtenbergerJohn H. EnemarkMartin L. Kirk

Consensus Structures of the Mo( V ) Sites of Sulfite-Oxidizing Enzymes Derived From Variable Frequency Pulsed Epr Spectroscopy, Isotopic Labelling and Dft Calculations. Dalton Transactions (2017)

John H. Enemark

Consensus Structures of the Mo(V) Sites of Sulfite-Oxidizing Enzymes Derived From Variable Frequency Pulsed Epr Spectroscopy, Isotopic Labelling and Dft Calculations. Dalton Trans. (2017)

1
2
3
4
5
29
10 / page

Similar Faculty Members

Joan Broderick

Institution

Montana State University

metal cluster assembly

bioinorganic chemistry

James Cowan

Institution

Ohio State University

metallodrug discovery

transition metal chemistry

Richard S Glass

Institution

University of Arizona

general chemistry

chemistry

R. David Britt

Institution

University of California, Davis

transition metal chemistry

photosynthesis

Yisong Alex Guo

Institution

Carnegie Mellon University

structural chemistry

particle physics

Dean J Tantillo

Institution

University of California, Davis

organic chemistry

polycyclization reactions

Thomas Brunold

Institution

University of Wisconsin–Madison

transition metal chemistry

resonance raman

Carsten Krebs

Institution

Pennsylvania State University

enzyme catalysis

energy research

Kyle M. Lancaster

Institution

Cornell University

small-molecule activation

coordination chemistry

Sean Parkin

Institution

University of Kentucky

chemistry

materials science

Similar Faculty Members

Joan Broderick

Institution

Montana State University

metal cluster assembly

bioinorganic chemistry

James Cowan

Institution

Ohio State University

metallodrug discovery

transition metal chemistry

Richard S Glass

Institution

University of Arizona

general chemistry

chemistry

R. David Britt

Institution

University of California, Davis

transition metal chemistry

photosynthesis

Yisong Alex Guo

Institution

Carnegie Mellon University

structural chemistry

particle physics

Dean J Tantillo

Institution

University of California, Davis

organic chemistry

polycyclization reactions

Thomas Brunold

Institution

University of Wisconsin–Madison

transition metal chemistry

resonance raman

Carsten Krebs

Institution

Pennsylvania State University

enzyme catalysis

energy research

Kyle M. Lancaster

Institution

Cornell University

small-molecule activation

coordination chemistry

Sean Parkin

Institution

University of Kentucky

chemistry

materials science