Faculty

Institution

Unit

Venue

Michael Haley

Professor

University of Oregon

Affiliations

College of Arts and Sciences

Biochemistry

Chemistry and Biochemistry

Michael Haley is currently serving as a Biochemistry Professor at University of Oregon.

Honors

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Experiences

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Education

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Michael Haley

University of Oregon

Professor

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chemistry organic chemistry organic synthesis materials science chemical synthesis material chemistry inorganic chemistry transition metal chemistry chemical engineering chemical sciences pharmacology coordination chemistry organometallic chemistry structural chemistry synthetic chemistry physical chemistry crystallography medicinal chemistry organic electronics heterocyclic heterocycle chemistry supramolecular chemistry derivative (chemistry) molecular structure organic material chemistry carbon networks molecular science catalytic synthesis quantum chemistry click chemistry redox chemistry valence isomers optoelectronic properties crystallographic characterization crystal growth redox biology nanoparticle research nanostructure synthesis organometallic catalysis polymer synthesis enantioselective synthesis synthesis methods structure elucidation crystal structures catalyst activation structure-property relationships pulse radiolysis graphdiyne nanoarchitectures graphyne substructures computational analysis applied chemistry organic semiconductors phytochemistry carbon-based materials asymmetric catalysis coordination complex chemical derivative inorganic synthesis molecular chemistry hydrogen bond conformational studies host-guest chemistry biological inorganic chemistry solid-state chemistry carbon-rich compounds materials applications self-assembled monolayers anion-p interactions computational studies conjugated thiophenes redox properties advanced functional materials carbon energy chemistry harm reduction clinical chemistry molecular electronics physical organic chemistry

Notable Scholarly Works

Notable Federal Grants

Collaborators

“Build Your Own” Adc Mimics: Identification of Nontoxic Linker/Payload Mimics for Hic-Based Dar Determination, High-Throughput Optimization, and Continuous Flow Conjugation. Organic process research & development (2024)

Marion H. EmmertCecilia BottecchiaRodell C. BarrientosYinnian FengDaniel Holland-MoritzGregory J. HughesYu-Hong LamErik L. RegaladoSerge RuccoloShuwen SunRebecca ChmielowskiCuixian YangFrançois LévesqueKelly RaymondMonica Haley

continuous flow conjugationchemical engineeringlead identificationnanotechnologyhigh-throughput optimizationmaterials scienceadc mimicshic-based dar determinationorganic process research

Computational Comparison of Paratropicity Trends in Antiaromatic S ‐Indacene Derivatives: Does the Functional “Make All the Difference”?. Journal of Physical Organic Chemistry (2024)

Michael P. MillerMichael M. Haley

biophysicsparatropicity trendsphysical chemistrycomputational chemistrytheoretical chemistrycomputational comparisonorganic chemistryphysical organic chemistryderivative (chemistry)

Disrupting the Hofmeister Bias in Salt Liquid–Liquid Extraction With an Arylethynyl Bisurea Anion Receptor. Chemical Science (2024)

Hazel A. FargherLætitia H. DelmauVyacheslav S. BryantsevMichael M. HaleyDarren W. JohnsonBruce A. Moyer

chemical scienceschemical engineeringtheoretical chemistrychemistryhofmeister biassalt liquid-liquid extractionmaterials science

Effects of Benzoheterocyclic Annelation on the S -Indacene Core: A Computational Analysis. Chemical Science (2024)

Gabrielle I. WarrenKatarzyna Młodzikowska-PieńkoSaid JalifeIsabella S. DemachkieJudy I. WuMichael M. HaleyRenana Gershoni-Poranne

chemical sciencescomputational analysisbenzoheterocyclic annelationchemical analysiscomputational chemistrychemistry

Electrocatalytic Reduction of Disulfide Bonds Across Chemical Modalities. Organic letters (2024)

Serge RuccoloMarion EmmertCecilia BottecchiaYangzhong QinRodell BarrientosKelly RaymondMonica Haley

chemical modalitieselectrocatalytic reductiondisulfide bondsmaterials scienceelectrochemistry

Electrocatalytic Reduction of Disulfide Bonds in Antibodies. (2024)

Serge RuccoloMarion, H. EmmertCecilia BottecchiaYangzhong QinRodell BarrientosKelly RaymondMonica Haley

immunologyantibody engineeringelectrocatalytic reductiondisulfide bondselectrochemistry

Intramolecular Charge Transfer in Antiaromatic Donor/Acceptor‐Fused S‐Indacenes. Angewandte Chemie (2024)

Michael Mark HaleyIsabella S. DemachkieMichael P. MillerGabrielle I. WarrenJoshua E. BarkerEric T. StrandLev N. Zakharov

solid-state electronicssupramolecular photochemistrymembrane sciencechemistryorganometallic chemistryoptical propertiesnanoparticle researchorganic charge-transfer compoundchemical engineeringnanoparticlesmedicinal chemistrycharge transportcharge separationcoordination chemistrymolecular electronicstransition metal chemistrycatalyst activationbiomolecular engineeringintramolecular charge transfer

Probing the Influence of Alkyne Substitution on the Electronic and Magnetic Properties of Diindeno[1,2- B ;1′,2′- I ]Anthracenes. The Journal of Organic Chemistry (2024)

Efrain VidalLev N. ZakharovCarlos J. Gómez-GarcíaMichael M. Haley

alkyne substitutionchemistryorganic chemistry

Retraction Note: Synthesizing γ-Graphyne. Nature Synthesis (2024)

Michael M. Haley

synthetic chemistrysynthesis methodschemical synthesischemistrygraphenesynthesizing g-graphyne

2-λ 5 -Phosphaquinolin-2-Ones as Non-Cytotoxic, Targetable, and Ph-Stable Fluorophores. The Journal of Organic Chemistry (2023)

Jeremy P. BardSarah G. BoltonHolden J. HowardJ. Nolan McNeillThaís P. de FariaLev N. ZakharovDarren W. JohnsonMichael D. PluthMichael M. Haley

ph-stable fluorophorespharmacologyorganic chemistry

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Michael Haley

Professor

University of Oregon

Affiliations

College of Arts and Sciences

Biochemistry

Chemistry and Biochemistry

Michael Haley is currently serving as a Biochemistry Professor at University of Oregon.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Michael Haley

University of Oregon

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

continuous flow conjugationchemical engineeringlead identificationnanotechnologyhigh-throughput optimizationmaterials scienceadc mimicshic-based dar determinationorganic process research

Computational Comparison of Paratropicity Trends in Antiaromatic S ‐Indacene Derivatives: Does the Functional “Make All the Difference”?. Journal of Physical Organic Chemistry (2024)

Michael P. MillerMichael M. Haley

biophysicsparatropicity trendsphysical chemistrycomputational chemistrytheoretical chemistrycomputational comparisonorganic chemistryphysical organic chemistryderivative (chemistry)

Disrupting the Hofmeister Bias in Salt Liquid–Liquid Extraction With an Arylethynyl Bisurea Anion Receptor. Chemical Science (2024)

Hazel A. FargherLætitia H. DelmauVyacheslav S. BryantsevMichael M. HaleyDarren W. JohnsonBruce A. Moyer

chemical scienceschemical engineeringtheoretical chemistrychemistryhofmeister biassalt liquid-liquid extractionmaterials science

Effects of Benzoheterocyclic Annelation on the S -Indacene Core: A Computational Analysis. Chemical Science (2024)

Gabrielle I. WarrenKatarzyna Młodzikowska-PieńkoSaid JalifeIsabella S. DemachkieJudy I. WuMichael M. HaleyRenana Gershoni-Poranne

chemical sciencescomputational analysisbenzoheterocyclic annelationchemical analysiscomputational chemistrychemistry

Electrocatalytic Reduction of Disulfide Bonds Across Chemical Modalities. Organic letters (2024)

Serge RuccoloMarion EmmertCecilia BottecchiaYangzhong QinRodell BarrientosKelly RaymondMonica Haley

chemical modalitieselectrocatalytic reductiondisulfide bondsmaterials scienceelectrochemistry

Electrocatalytic Reduction of Disulfide Bonds in Antibodies. (2024)

Serge RuccoloMarion, H. EmmertCecilia BottecchiaYangzhong QinRodell BarrientosKelly RaymondMonica Haley

immunologyantibody engineeringelectrocatalytic reductiondisulfide bondselectrochemistry

Intramolecular Charge Transfer in Antiaromatic Donor/Acceptor‐Fused S‐Indacenes. Angewandte Chemie (2024)

Michael Mark HaleyIsabella S. DemachkieMichael P. MillerGabrielle I. WarrenJoshua E. BarkerEric T. StrandLev N. Zakharov

Probing the Influence of Alkyne Substitution on the Electronic and Magnetic Properties of Diindeno[1,2- B ;1′,2′- I ]Anthracenes. The Journal of Organic Chemistry (2024)

Efrain VidalLev N. ZakharovCarlos J. Gómez-GarcíaMichael M. Haley

alkyne substitutionchemistryorganic chemistry

Retraction Note: Synthesizing γ-Graphyne. Nature Synthesis (2024)

Michael M. Haley

synthetic chemistrysynthesis methodschemical synthesischemistrygraphenesynthesizing g-graphyne

2-λ 5 -Phosphaquinolin-2-Ones as Non-Cytotoxic, Targetable, and Ph-Stable Fluorophores. The Journal of Organic Chemistry (2023)

Jeremy P. BardSarah G. BoltonHolden J. HowardJ. Nolan McNeillThaís P. de FariaLev N. ZakharovDarren W. JohnsonMichael D. PluthMichael M. Haley

ph-stable fluorophorespharmacologyorganic chemistry

1
2
3
4
5
30
10 / page

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Similar Faculty Members

Sean Parkin

Institution

University of Kentucky

chemistry

materials science

Bruce M. Foxman

Institution

Brandeis University

phase transition

crystal research

Richard S Glass

Institution

University of Arizona

general chemistry

chemistry

Dirk Trauner

Institution

University of Pennsylvania

photochromism

synthetic photoswitches

Dean J Tantillo

Institution

University of California, Davis

organic chemistry

polycyclization reactions

Francisco Raymo

Institution

University of Miami

chemistry

materials science

Bart Kahr

Institution

New York University

crystal growth

optical properties

Mark D. Smith

Institution

University of South Carolina

materials science

inorganic chemistry

Judy I-Chia Wu

Institution

University of Houston

quantum chemistry

chemistry

Luis Echegoyen

Institution

University of Texas at El Paso

materials science

chemistry