Faculty

Institution

Unit

Venue

James Cowan

Distinguished University Professor Emeritus

Ohio State University

Affiliations

College of Arts and Sciences

Chemistry and Biochemistry

James Cowan is currently serving as a Chemistry And Biochemistry Distinguished University Professor Emeritus at Ohio State University.

Honors

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Experiences

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Education

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James Cowan

Ohio State University

Distinguished University Professor Emeritus

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biochemistry molecular biology biological inorganic chemistry inorganic chemistry transition metal chemistry protein science coordination chemistry structural biology enzymes chemistry pharmacology chemical biology redox biology medicinal chemistry structural molecular biology protein structure membrane biology catalysis metalloproteins protein chemistry biological chemistry chemical sciences cluster chemistry enzyme catalysis rna biology biocatalysis iron-sulfur cluster biosynthesis enzyme inhibition molecular science structural chemistry inorganic compounds desulfovibrio vulgaris protein assembly biochemical sciences redox chemistry catalytic metallodrugs biomolecular structure molecular structure nucleic acids chemical biotechnology mitochondrial function trace metals molecular substrates inorganic materials molecular catalysis metals protein biosynthesis nucleic acid biochemistry molecular physiology protein transport viral genetics inorganic synthesis human frataxin functional modification key site supramolecular assemblies biomolecular interactions protein synthesis protein function nuclear magnetic resonance spectroscopy catalyst activation catalytic inactivation cluster assembly high-potential iron proteins assimilatory-type sulfite reductase copper aminoglycosides nmr studies metal ions applied chemistry main group chemistry biological significance molecular evidence magnesium-dependent enzymes chemical nucleases final step metal cofactors bioorganic chemistry bioactive metal bioorganometallic chemistry general chemistry bioinorganic chemistry

Notable Scholarly Works

Notable Federal Grants

Collaborators

How to Experimentally Determine the Influence of the Weak Nuclear Force in Promoting Molecular Chirality via Heavy–Metal Promoted Autocatalytic Synthesis of Amino Acids. ChemistrySelect (2024)

J. A. Cowan

physical organic chemistrymolecular chiralitymolecular catalysischemical sciencesbiochemistryasymmetric catalysismolecular sciencechemical biologyamino acidscatalysispeptide scienceinorganic synthesischemistryautocatalytic synthesischemical synthesistransition metal chemistrymolecular biologystructural molecular biologyinorganic chemistryreactivity (chemistry)weak nuclear forcestereoselective synthesis

Understanding the Thermodynamics of Magnesium Binding to Rna Structural Motifs. Life (2024)

J. A. Cowan

biophysicsrna biologymagnesium bindingbiomolecular structurestructural motifsmolecular biologythermodynamicsstructural biologybiochemistry

Influence of the Weak Nuclear Force on Metal-Promoted Autocatalytic Strecker Synthesis of Amino Acids: Formation of a Chiral Pool of Precursors for Prebiotic Peptide and Protein Synthesis. Life (2023)

J. A. Cowan

amino acidsbiophysicspeptideschiral poolbiomolecular engineeringprotein synthesisweak nuclear forcepeptide synthesisprebiotic peptidebiochemistrybiosynthesis

Activity and Synergy of Cu-Atcun Antimicrobial Peptides. International Journal of Molecular Sciences (2022)

Jenna M. GreveJ. A. Cowan

medicinal chemistrypeptidespharmacologycu-atcun antimicrobial peptidespeptide scienceapplied microbiologymolecular sciencebiological inorganic chemistrymolecular biologychemistry

Exploring Artificial Metalloglycosidases as Selective Catalysts for the Recognition and Degradation of the Sle X Tetrasaccharide. New Journal of Chemistry (2022)

Zechariah ThompsonAlexander J. SteedJack MillotYinghua ChenJ. A. Cowan

selective catalystscatalysismolecular catalysisartificial metalloglycosidasesenzyme catalysischemistryinorganic chemistry

Histidine Ligated Iron‐Sulfur Peptides. ChemBioChem (2022)

Luca ValerDaniele RossettoTaylor ParkkilaLorenzo SebastianelliGraziano GuellaAmber L. HendricksJames A. CowanLingzi SangSheref S. Mansy

protein chemistrypharmacologyiron-sulfur peptidesenzymesbiological inorganic chemistrymolecular biologyprotein sciencebiochemistry

Origin of Chirality in the Molecules of Life. ACS Earth and Space Chemistry (2022)

J. A. CowanR. J. Furnstahl

chemical evolutionbiologyevolutionary biologymolecular biologymolecular evolutioncosmochemistry

Phenotypic Continuum of Nfu1 ‐Related Disorders. Annals of Clinical and Translational Neurology (2022)

Rauan KaiyrzhanovMaha S. ZakiTracy LauSambuddha SenReza AzizimalamiriMina ZamaniGözde Yeşil SayinTaru HilanderStephanie EfthymiouViorica ChelbanRuth BrownKyle ThompsonMaria Irene ScaranoJaya GaneshKairgali KoneevIsmail Musab GülaçarRichard PersonDinara SadykovaYerdan MaidyrovTahereh SeifiAizhan ZadagaliGeneviève BernardKatrina AllisHouda Zghal ElloumiAmanda LindyEhsan TaghiabadiSumit VermaRachel LoganBrian KirmseRenkui BaiShaimaa M. KhalafMohamed S. Abdel‐HamidAlireza SedaghatGholamreza ShariatiMahmoud IssaJawaher ZeighamiHasnaa M. ElbendaryGarry BrownRobert W. TaylorHamid GalehdariJoseph J. GleesonChristopher J. CarrollJames A. CowanAndres Moreno‐De‐LucaHenry HouldenReza Maroofian

neurologyphenotypic continuumgeneticsclinical neuroscienceclinical neurologyclinical epidemiologyneuroscience

Structures of Atm1 Provide Insight Into [2Fe-2S] Cluster Export From Mitochondria. Nature Communications (2022)

Ping LiAmber L. HendricksYong WangRhiza Lyne E. VillonesKarin Lindkvist-PeterssonGabriele MeloniJ. A. CowanKaituo WangPontus Gourdon

structural biologybiophysicsneurosciencecell biology

Tackling Antimicrobial Stewardship Through Synergy and Antimicrobial Peptides. RSC Medicinal Chemistry (2022)

Jenna M. GreveJames A. Cowan

medicinal chemistryantimicrobial peptidesmedicineantimicrobial stewardship

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James Cowan

Distinguished University Professor Emeritus

Ohio State University

Affiliations

College of Arts and Sciences

Chemistry and Biochemistry

James Cowan is currently serving as a Chemistry And Biochemistry Distinguished University Professor Emeritus at Ohio State University.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

James Cowan

Ohio State University

Distinguished University Professor Emeritus

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

How to Experimentally Determine the Influence of the Weak Nuclear Force in Promoting Molecular Chirality via Heavy–Metal Promoted Autocatalytic Synthesis of Amino Acids. ChemistrySelect (2024)

J. A. Cowan

Understanding the Thermodynamics of Magnesium Binding to Rna Structural Motifs. Life (2024)

J. A. Cowan

biophysicsrna biologymagnesium bindingbiomolecular structurestructural motifsmolecular biologythermodynamicsstructural biologybiochemistry

J. A. Cowan

amino acidsbiophysicspeptideschiral poolbiomolecular engineeringprotein synthesisweak nuclear forcepeptide synthesisprebiotic peptidebiochemistrybiosynthesis

Activity and Synergy of Cu-Atcun Antimicrobial Peptides. International Journal of Molecular Sciences (2022)

Jenna M. GreveJ. A. Cowan

medicinal chemistrypeptidespharmacologycu-atcun antimicrobial peptidespeptide scienceapplied microbiologymolecular sciencebiological inorganic chemistrymolecular biologychemistry

Exploring Artificial Metalloglycosidases as Selective Catalysts for the Recognition and Degradation of the Sle X Tetrasaccharide. New Journal of Chemistry (2022)

Zechariah ThompsonAlexander J. SteedJack MillotYinghua ChenJ. A. Cowan

selective catalystscatalysismolecular catalysisartificial metalloglycosidasesenzyme catalysischemistryinorganic chemistry

Histidine Ligated Iron‐Sulfur Peptides. ChemBioChem (2022)

Luca ValerDaniele RossettoTaylor ParkkilaLorenzo SebastianelliGraziano GuellaAmber L. HendricksJames A. CowanLingzi SangSheref S. Mansy

protein chemistrypharmacologyiron-sulfur peptidesenzymesbiological inorganic chemistrymolecular biologyprotein sciencebiochemistry

Origin of Chirality in the Molecules of Life. ACS Earth and Space Chemistry (2022)

J. A. CowanR. J. Furnstahl

chemical evolutionbiologyevolutionary biologymolecular biologymolecular evolutioncosmochemistry

Phenotypic Continuum of Nfu1 ‐Related Disorders. Annals of Clinical and Translational Neurology (2022)

neurologyphenotypic continuumgeneticsclinical neuroscienceclinical neurologyclinical epidemiologyneuroscience

Structures of Atm1 Provide Insight Into [2Fe-2S] Cluster Export From Mitochondria. Nature Communications (2022)

Ping LiAmber L. HendricksYong WangRhiza Lyne E. VillonesKarin Lindkvist-PeterssonGabriele MeloniJ. A. CowanKaituo WangPontus Gourdon

structural biologybiophysicsneurosciencecell biology

Tackling Antimicrobial Stewardship Through Synergy and Antimicrobial Peptides. RSC Medicinal Chemistry (2022)

Jenna M. GreveJames A. Cowan

medicinal chemistryantimicrobial peptidesmedicineantimicrobial stewardship

1
2
3
4
5
26
10 / page

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Institution

University of California, Davis

transition metal chemistry

photosynthesis

Dean J Tantillo

Institution

University of California, Davis

organic chemistry

polycyclization reactions

Charles E. McKenna

Institution

University of Southern California

future medicinal chemistry

medicinal chemistry

David W. Christianson

Institution

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molecular biology

enzyme catalysis

Carol A. Fierke

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molecular biology

Judith P. Klinman

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chemical biotechnology

process biochemistry

Carsten Krebs

Institution

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molecular biology

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infectious diseases (medical specialty)

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biochemistry

molecular biology