Faculty

Institution

Unit

Venue

David Boehr

Professor of Chemistry and Associate Head for Undergraduate Education

Pennsylvania State University

Affiliations

Eberly College of Science

Department of Chemistry

David Boehr is currently serving as a Chemistry Professor of Chemistry and Associate Head for Undergraduate Education at Pennsylvania State University.

Honors

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Experiences

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Education

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David Boehr

Pennsylvania State University

Professor of Chemistry and Associate Head for Undergraduate Education

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molecular biology biochemistry protein science enzymes structural biology biophysics virology biological chemistry virus research structural molecular biology protein structure enzyme catalysis protein chemistry molecular virology biocatalysis pharmacology catalysis protein engineering molecular biophysics rna biology viral genetics virus-host interactions biochemical sciences enzyme inhibition medicinal chemistry general virology biomolecular structure biomolecular interactions protein synthesis protein biosynthesis viral structural protein yeast chorismate mutase catalytic cycle medicinal research molecular cell biology avian biology molecular science cellular biochemistry antibiotic resistance catalytic process enzyme specificity catalyst activation viral evolution yeast rna-dependent rna polymerase alpha tryptophan synthase tryptophan synthase clinical microbiology genome biology chemical biotechnology molecular substrates structure-function enzyme kinetics molecular catalysis cellular enzymology dynamic energy landscape dihydrofolate reductase catalysis dihydrofolate reductase alpha subunit conformational ensembles energy chemistry drug targeting biomolecular analysis antiviral therapy computational biophysics vaccine research biochemical genetics target identification applied chemistry pharmaceutical chemistry virus structure millisecond timescale fluctuations resistance-causing enzymes bifunctional antibiotics bacterial rrna p-p stacking interactions nucleotide ligands enzyme function protein design protein folding enzyme kinetics molecular informatics protein modeling protein bioinformatics

Notable Scholarly Works

Notable Federal Grants

Collaborators

Abstract 1042 Liquid-Liquid Phase Separation Induced by Interactions Between the Picornavirus 3C(D) Main Protease and Genomic Rna Control Elements. Journal of Biological Chemistry (2024)

David BoehrSomnath MondalKevin NamitzNeela Yennawar

biophysicsmain proteasevirologyprotein sciencecell biologyliquid-liquid phase separationmolecular biologyrna biology

EDITORIAL: Allosteric Functions and Inhibitions: Structural Insights. Frontiers in Molecular Biosciences (2024)

David D. Boehr

structural insightsinhibitory activitymolecular scienceallosteric functionsmolecular biology

Editorial Board. Brachytherapy (2024)

A SyedMichael ZelefskyBethany AndersonGastrointestinal StrnadSteven FrankMatthew HarkenriderMitchell KamravaEye HeadPhillip DevlinChirag ShahGilad CohenMark RivardInvited FeaturesScott GlaserUsa TheranosticsNeil TaunkJaroslaw HepelJean Michael Hannoun-LeviFrance GastrointestinalPeter HassAlexandra StewartAmandeep TaggarMira KeyesGerard MortonPeter OrioChad TangEmma FieldsEric LeungWilliam SmallNeck SkinAngeles RovirosaLuca TagliaferriNikhil JoshiMartin TomAntonio DamatoChristopher DeufelDaniel ScanderbegDavid Aramburu NúñezIvan BuzurovicMauricio CambeiroMark CorkumJean-Marc CossetBrett CoxJuanita CrookJoao LuisDa SilvaBrian DavisLaura DoylePatricia EifelShirin EngerGabriel FonsecaRazvan GalalaeJose GuinotChristina GutiérrezLara HathoutEric HorwitzPeter HoskinJun ItamiChristian KirisitsManon KisselMarisa KollmeierRajat KudchadkerUsama MahmoodPatrick MclaughlinKevin MartellCanada Victor Munoz-GarzonBradley PietersCsaba PolgarAron PopovtzerLouis PottersBradley PrestidgeMarcus RandallSusan RichardsonMack RoachSimona ShaitelmanFrank-Andre SiebertNelson StoneEric VigneaultAkila ViswanathanTe VuongJunjie WangChina WernickeCatheryn YasharAtsunori YoruzuDavid Newcombe

Abstract 151: Direct Interactions Between Picornavirus 3Cd Protein and Phosphoinositide Lipids Found in Replication Organelles. Journal of Biological Chemistry (2023)

David BoehrDennis WinstonJie Yu

virologyvirus-host interactionsprotein scienceproteinlipid interactionbiochemistrybiologymembrane biologydirect interactionsreplication organellesmolecular biologybiological chemistryprotein structurebiomolecular interactionsviral geneticsphosphoinositide lipidsstructural biologyviral structural proteinvirus research

Allostery, Engineering and Inhibition of Tryptophan Synthase. Current Opinion in Structural Biology (2023)

Rebecca N. D'AmicoDavid D. Boehr

biological engineeringstructural molecular biologyenzymesprotein sciencebiomolecular structureprotein designbiomedical engineeringtryptophan synthaseprotein engineeringprotein structurebiomolecular engineeringenzyme inhibitionstructural biology

Direct Interactions Between Picornavirus 3Cd Protein and Phosphoinositide Lipids in Virus Replication Organelles. Biophysical Journal (2023)

David D. BoehrDennis S. WinstonJie Yu

biophysicsviral replicationvirologyvirus-host interactionsproteinlipid interactionvirus replication organellesbiochemistrymolecular biophysicsavian biologyphosphoinositide lipidsdirect interactionsmolecular biologybiophysical chemistrystructural biologyvirus research

Picornavirus 3C Proteins Intervene in Host Cell Processes Through Proteolysis and Interactions With Rna. Viruses (2023)

Somnath MondalGisoo SarvariDavid D. Boehr

virologyvirus-host interactionsmicrobiologymolecular virologyviral evolutionhost cellgeneral virologyvirus research

Regulatory Mechanisms Triggered by Enzyme Interactions With Lipid Membrane Surfaces. Frontiers in Molecular Biosciences (2023)

Jie YuDavid D. Boehr

enzyme interactionscell biologymembrane biologymolecular biologyregulatory mechanismssystems biologylipid membrane surfacesmolecular regulation

Allosteric Networks Regulate Function in Multi‐Enzyme Complexes. The FASEB Journal (2022)

David D. BoehrRebecca D'AmicoKathleen O'RourkeYuliana BoskenDebashish SahuChia‐en Chang

protein sciencemulti-enzyme complexesmolecular biologysystems biologyallosteric networksmolecular regulationstructural biology

Catalyst-Based Biomolecular Logic Gates. Catalysts (2022)

Dennis S. WinstonDavid D. Boehr

catalytic applicationscatalytic processtechnologymolecular catalysisnanotechnologysynthetic biologybiocatalysisnanoengineeringcatalysismolecular engineeringcatalyst activationbiomolecular engineeringmaterials science

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David Boehr

Professor of Chemistry and Associate Head for Undergraduate Education

Pennsylvania State University

Affiliations

Eberly College of Science

Department of Chemistry

David Boehr is currently serving as a Chemistry Professor of Chemistry and Associate Head for Undergraduate Education at Pennsylvania 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

David Boehr

Pennsylvania State University

Professor of Chemistry and Associate Head for Undergraduate Education

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Abstract 1042 Liquid-Liquid Phase Separation Induced by Interactions Between the Picornavirus 3C(D) Main Protease and Genomic Rna Control Elements. Journal of Biological Chemistry (2024)

David BoehrSomnath MondalKevin NamitzNeela Yennawar

biophysicsmain proteasevirologyprotein sciencecell biologyliquid-liquid phase separationmolecular biologyrna biology

EDITORIAL: Allosteric Functions and Inhibitions: Structural Insights. Frontiers in Molecular Biosciences (2024)

David D. Boehr

structural insightsinhibitory activitymolecular scienceallosteric functionsmolecular biology

Editorial Board. Brachytherapy (2024)

Abstract 151: Direct Interactions Between Picornavirus 3Cd Protein and Phosphoinositide Lipids Found in Replication Organelles. Journal of Biological Chemistry (2023)

David BoehrDennis WinstonJie Yu

Allostery, Engineering and Inhibition of Tryptophan Synthase. Current Opinion in Structural Biology (2023)

Rebecca N. D'AmicoDavid D. Boehr

Direct Interactions Between Picornavirus 3Cd Protein and Phosphoinositide Lipids in Virus Replication Organelles. Biophysical Journal (2023)

David D. BoehrDennis S. WinstonJie Yu

Picornavirus 3C Proteins Intervene in Host Cell Processes Through Proteolysis and Interactions With Rna. Viruses (2023)

Somnath MondalGisoo SarvariDavid D. Boehr

virologyvirus-host interactionsmicrobiologymolecular virologyviral evolutionhost cellgeneral virologyvirus research

Regulatory Mechanisms Triggered by Enzyme Interactions With Lipid Membrane Surfaces. Frontiers in Molecular Biosciences (2023)

Jie YuDavid D. Boehr

enzyme interactionscell biologymembrane biologymolecular biologyregulatory mechanismssystems biologylipid membrane surfacesmolecular regulation

Allosteric Networks Regulate Function in Multi‐Enzyme Complexes. The FASEB Journal (2022)

David D. BoehrRebecca D'AmicoKathleen O'RourkeYuliana BoskenDebashish SahuChia‐en Chang

protein sciencemulti-enzyme complexesmolecular biologysystems biologyallosteric networksmolecular regulationstructural biology

Catalyst-Based Biomolecular Logic Gates. Catalysts (2022)

Dennis S. WinstonDavid D. Boehr

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Similar Faculty Members

Lai-Xi Wang

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University of Maryland, College Park

immunology

biochemistry

Kelley Moremen

Institution

University of Georgia

glycan trimming enzymes

glycosylation

Lance Wells

Institution

University of Georgia

laboratory investigation

fungal genetics

Kenneth Johnson

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University of Texas at Austin

synthetic biology

mechanistic kinetics

Carol A. Fierke

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Brandeis University

biochemistry

molecular biology

Huan-Xiang Zhou

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University of Illinois Chicago

protein phase separation

protein assembly

Stephen J. Benkovic

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biosynthesis

cellular enzymology

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protein structure

enzyme specificity

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natural product communication

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molecular informatics

genetic engineering