Faculty

Institution

Unit

Venue

James Hurst

Professor Emeritus

Washington State University

Affiliations

College of Arts and Sciences

Department of Chemistry

James Hurst is currently serving as a College Of Arts And Sciences Professor Emeritus at Washington State University.

Honors

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Experiences

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Education

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James Hurst

Washington State University

Professor Emeritus

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materials science biochemistry chemistry redox biology catalysis inorganic chemistry immunology membrane biology free radical biology transition metal chemistry coordination chemistry physical chemistry toxicology photochemistry material chemistry water oxidation biophysical chemistry redox chemistry nanotechnology membrane science microbial physiology biochemical sciences catalytic process hypochlorous acid escherichia coli environmental microbiology biological chemistry mammalian biology innate immune system organometallic catalysis chemical sciences applied microbiology protein science molecular physiology phagocytes charge separation photochromism surface reactivity hydrogen peroxide radical mechanism nanoparticle research liver physiology immunochemistry nanobiotechnology host response biomolecular interactions clinical medicine molecular microbiology reactive oxygen species amphiphilic system enzyme catalysis biocatalysis biological inorganic chemistry bacteriology charge transport yeast organic electronics radical (chemistry) redox signaling carbon dioxide microbicidal mechanisms hydroxyl radical formation oxidative inactivation resonance raman water oxidation catalyst photoinduced charge separation optical switching polymer technology functional nanomaterials polymer nanotechnology advanced imaging novel imaging methods peroxonitrite ion biological activity rapid reaction switchable luminescence energy chemistry deoxygenation chemical engineering sustainable chemistry oxidative stress oxidative chemistry photoredox process

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Perceptions of Peroxynitrite Reactivity – Then and Now. Redox Biochemistry and Chemistry (2024)

Sergei V. LymarJames K. Hurst

redox signalingfree radical biologyredox biologyredox chemistryredox regulatorchemistryreactivity (chemistry)biochemistryproactivity reactivityoxidative stressperoxynitrite reactivitytransition metal chemistry

Carbon Dioxide-Catalyzed Peroxynitrite Reactivity – the Resilience of the Radical Mechanism After Two Decades of Research. Free Radical Biology and Medicine (2019)

Ohara AugustoSara GoldsteinJames K HurstJohan LindSergei V LymarGabor MerenyiRafael Radi

chemical engineeringfree radical biologycatalysisradical mechanismredox biology

Oxidative Release of Copper From Pharmacologic Copper Bis(Thiosemicarbazonato) Compounds. Inorganic Chemistry (2018)

John J. SiroisLillian Padgitt-CobbMarissa A. GallegosJoseph S. BeckmanChristopher M. BeaudryJames K. Hurst

medicinepharmacologyoxidative releasecoordination chemistryredox chemistryinorganic chemistrydrug deliverytransition metal chemistry

Complex Role of Copper Delivery by Cuatsm to Superoxide Dismutase (Sod1) in Mouse Models of Als. Free Radical Biology and Medicine (2016)

Joseph C. MeeuwsenJohn J. SiroisC. Samuel BradfordEdwin M. LabutNathan I. LopezJames K. HurstJoseph S. Beckman

radical (chemistry)copper deliverymedicinegenetic basiscomplex rolemouse modelsregenerative medicinemammalian biologyfunctional modificationtumor biologyamyotrophic lateral sclerosisenzyme inhibitionpharmacologyfree radical biologyradiation biologyredox biologygeneticsmedicinal researchalzheimer's diseaseoxidative stressmolecular medicine

Imidazole Catalyzes Chlorination by Unreactive Primary Chloramines. Free Radical Biology and Medicine (2015)

Margo D. RoemelingJared WilliamsJoseph S. BeckmanJames K. Hurst

immunologypharmacologycatalysisfree radical biologyunreactive primary chloramines

Mechanistic Insight Into Peroxydisulfate Reactivity: Oxidation of the Cis, Cis -[Ru(Bpy) 2 (Oh 2 )] 2 O 4+ “Blue Dimer”. The Journal of Physical Chemistry B (2015)

James K. HurstMargo D. RoemelingSergei V. Lymar

materials scienceperoxydisulfate reactivityinorganic chemistrymechanistic insighttransition metal chemistry

Cheminform Abstract: Application of Pulse Radiolysis to Mechanistic Investigations of Water Oxidation Catalysis. ChemInform (2014)

Dmitry E. PolyanskyJames K. HurstSergei V. Lymar

environmental engineeringmaterials sciencechemical engineeringcatalysiswater oxidation catalysischeminform abstractpulse radiolysismechanistic investigations

Application of Pulse Radiolysis to Mechanistic Investigations of Water Oxidation Catalysis. European Journal of Inorganic Chemistry (2013)

Dmitry E. PolyanskyJames K. HurstSergei V. Lymar

environmental engineeringmaterials sciencecatalysiswater oxidation catalysisinorganic chemistrypulse radiolysisengineeringmechanistic investigations

Electron Paramagnetic Resonance Analysis of a Transient Species Formed During Water Oxidation Catalyzed by the Complex Ion [(Bpy) 2 Ru(Oh 2 )] 2 O 4+. Inorganic Chemistry (2013)

Jamie A. StullTroy A. StichJames K. HurstR. David Britt

materials sciencecatalysistransient speciesenvironmental sciencecoordination chemistrywater oxidationchemistryinorganic chemistrytransition metal chemistry

Anomalous Reactivity of Ceric Nitrate in Ruthenium “Blue Dimer”-Catalyzed Water Oxidation. Journal of the American Chemical Society (2012)

Jamie A. StullR. David BrittJeanne L. McHaleFritz J. KnorrSergei V. LymarJames K. Hurst

materials sciencematerial chemistrycatalysiswater oxidationceric nitratechemistryenvironmental chemistryinorganic chemistryanomalous reactivitycatalytic process

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James Hurst

Professor Emeritus

Washington State University

Affiliations

College of Arts and Sciences

Department of Chemistry

James Hurst is currently serving as a College Of Arts And Sciences Professor Emeritus at Washington 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 Hurst

Washington State University

Professor Emeritus

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Perceptions of Peroxynitrite Reactivity – Then and Now. Redox Biochemistry and Chemistry (2024)

Sergei V. LymarJames K. Hurst

Carbon Dioxide-Catalyzed Peroxynitrite Reactivity – the Resilience of the Radical Mechanism After Two Decades of Research. Free Radical Biology and Medicine (2019)

Ohara AugustoSara GoldsteinJames K HurstJohan LindSergei V LymarGabor MerenyiRafael Radi

chemical engineeringfree radical biologycatalysisradical mechanismredox biology

Oxidative Release of Copper From Pharmacologic Copper Bis(Thiosemicarbazonato) Compounds. Inorganic Chemistry (2018)

John J. SiroisLillian Padgitt-CobbMarissa A. GallegosJoseph S. BeckmanChristopher M. BeaudryJames K. Hurst

medicinepharmacologyoxidative releasecoordination chemistryredox chemistryinorganic chemistrydrug deliverytransition metal chemistry

Complex Role of Copper Delivery by Cuatsm to Superoxide Dismutase (Sod1) in Mouse Models of Als. Free Radical Biology and Medicine (2016)

Joseph C. MeeuwsenJohn J. SiroisC. Samuel BradfordEdwin M. LabutNathan I. LopezJames K. HurstJoseph S. Beckman

Imidazole Catalyzes Chlorination by Unreactive Primary Chloramines. Free Radical Biology and Medicine (2015)

Margo D. RoemelingJared WilliamsJoseph S. BeckmanJames K. Hurst

immunologypharmacologycatalysisfree radical biologyunreactive primary chloramines

Mechanistic Insight Into Peroxydisulfate Reactivity: Oxidation of the Cis, Cis -[Ru(Bpy) 2 (Oh 2 )] 2 O 4+ “Blue Dimer”. The Journal of Physical Chemistry B (2015)

James K. HurstMargo D. RoemelingSergei V. Lymar

materials scienceperoxydisulfate reactivityinorganic chemistrymechanistic insighttransition metal chemistry

Cheminform Abstract: Application of Pulse Radiolysis to Mechanistic Investigations of Water Oxidation Catalysis. ChemInform (2014)

Dmitry E. PolyanskyJames K. HurstSergei V. Lymar

environmental engineeringmaterials sciencechemical engineeringcatalysiswater oxidation catalysischeminform abstractpulse radiolysismechanistic investigations

Application of Pulse Radiolysis to Mechanistic Investigations of Water Oxidation Catalysis. European Journal of Inorganic Chemistry (2013)

Dmitry E. PolyanskyJames K. HurstSergei V. Lymar

environmental engineeringmaterials sciencecatalysiswater oxidation catalysisinorganic chemistrypulse radiolysisengineeringmechanistic investigations

Electron Paramagnetic Resonance Analysis of a Transient Species Formed During Water Oxidation Catalyzed by the Complex Ion [(Bpy) 2 Ru(Oh 2 )] 2 O 4+. Inorganic Chemistry (2013)

Jamie A. StullTroy A. StichJames K. HurstR. David Britt

materials sciencecatalysistransient speciesenvironmental sciencecoordination chemistrywater oxidationchemistryinorganic chemistrytransition metal chemistry

Anomalous Reactivity of Ceric Nitrate in Ruthenium “Blue Dimer”-Catalyzed Water Oxidation. Journal of the American Chemical Society (2012)

Jamie A. StullR. David BrittJeanne L. McHaleFritz J. KnorrSergei V. LymarJames K. Hurst

materials sciencematerial chemistrycatalysiswater oxidationceric nitratechemistryenvironmental chemistryinorganic chemistryanomalous reactivitycatalytic process

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biomimetic chemistry

biomolecular engineering

Dewey Holten

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photophysical properties

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University of California, Davis

transition metal chemistry

photosynthesis

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nanoparticle

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Avram Gold

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organic chemistry

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biophysics

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