Faculty

Institution

Unit

Venue

David Kabat

Oregon Health & Science University

Affiliations

OHSU School of Medicine

Bob And Charlee Moore Institute For Nutrition And Wellness

Center Of The Amyloidosis

Division Of Cardiology

Department Of Physiology And Pharmacology

Oregon Health & Science University

Bob And Charlee Moore Institute For Nutrition And Wellness

School Of Medicine

Division Of Cardiology

School Of Medicine

NoneDavid Kabat is currently serving as a Bob And Charlee Moore Institute For Nutrition And Wellness faculty at Oregon Health & Science University.

Honors

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Experiences

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Education

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David Kabat

Oregon Health & Science University

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virology virus research immunology general virology cell biology molecular biology medical virology viral genetics molecular virology infectious diseases hiv virus-host interactions pathogenesis antiviral research human retrovirus virus structure viral structural protein viral replication membrane proteins viral pathogenesis receptors immune responses gene expression molecular cell biology cell research biological chemistry leukemia antiviral responses membrane biology protein synthesis nucleic acids protein science cellular biochemistry protein biosynthesis biochemical sciences biological macromolecules viral oncology medicinal research viral evolution ecotropic murine retroviruses toxins protein transport receptor (biochemistry) blood cells heme homeostasis human immunodeficiency virus murine leukemia virus membrane glycoprotein cellular physiology host specificity chronic viral infections rna biology gene regulation glycosylation virus transmission virus gene cell surface receptor envelope glycoprotein hemoglobin synthesis cell surface receptors cell entry host response molecular immunology bacteriology andrology protein phosphorylation metalloproteins biological inorganic chemistry cellular immune responses amphotropic murine retrovirus membrane glycoproteins cell surface ribosomal proteins rabbit reticulocytes friend erythroleukemia n-linked glycosylation

Notable Scholarly Works

Notable Federal Grants

Collaborators

Movements of Hiv-1 Genomic Rna-Apobec3F Complexes and Pkr Reveal Cytoplasmic and Nuclear Pkr Defenses and Hiv-1 Evasion Strategies. Virus Research (2015)

hivvirologymolecular and cellular biologyantiviral researchviral geneticshiv-1 evasion strategiescell biologymolecular cell biologymedical virologynuclear pkr defensesantiviral responsesviral replicationmolecular biologyhuman retrovirusgeneral virologyvirus research

Short Communication: Hiv-1 Variants That Use Mouse Ccr5 Reveal Critical Interactions of Gp120'S V3 Crown With Ccr5 Extracellular Loop 1. AIDS Research and Human Retroviruses (2015)

Emily J. PlattJames P. DurninDavid Kabat

hivimmune responsesvirologygene expressionantiviral researchviral geneticsinfectious diseasesmolecular immunologyvirus-host interactionsimmunologyimmunity (medicine)viral pathogenesismolecular biologyhuman retrovirusgeneral virologyvirus research

Reversible and Efficient Activation of Hiv-1 Cell Entry by a Tyrosine-Sulfated Peptide Dissects Endocytic Entry and Inhibitor Mechanisms. Journal of Virology (2014)

hivimmune responsesefficient activationantiviral researchinhibitor mechanismscell biologymedical virologyimmunologyviral replicationantiviral responsestherapeutic targetshiv-1 cell entryhuman retroviruspeptides

Rre-Dependent Hiv-1 Env Rna Effects on Gag Protein Expression, Assembly and Release. Virology (2014)

virologyhivgag protein expressionantiviral researchviral geneticsinfectious diseasesmedical virologyviral replicationmolecular biologyhuman retrovirusgeneral virologyvirus research

Kinetic Mechanism for Hiv-1 Neutralization by Antibody 2G12 Entails Reversible Glycan Binding That Slows Cell Entry. Proceedings of the National Academy of Sciences (2012)

virologyhivimmune responsesantibody engineeringantiviral researchhiv-1 neutralizationcell biologymedical virologyimmunologyglycobiologyviral replicationantiviral responsesantibody 2g12human retroviruscell entrygeneral virologyvirus research

Mechanism of Hiv-1 Neutralization by an Antibody: Reversible Binding Stalls Entry. Antiviral Research (2011)

virologyimmune responseshivantibody engineeringantiviral researchhiv-1 neutralizationcell biologymedical virologyimmunologyviral replicationantiviral responseshuman retrovirusgeneral virologyvirus research

Evidence That Ecotropic Murine Leukemia Virus Contamination in Tzm-Bl Cells Does Not Affect the Outcome of Neutralizing Antibody Assays With Human Immunodeficiency Virus Type 1. Journal of Virology (2009)

Emily J. PlattMiroslawa BilskaSusan L. KozakDavid KabatDavid C. Montefiori

virologyhivtzm-bl cellsleukemiaimmunologyantibody assaysvirus research

Rapid Dissociation of Hiv-1 From Cultured Cells Severely Limits Infectivity Assays, Causes the Inactivation Ascribed to Entry Inhibitors, and Masks the Inherently High Level of Infectivity of Virions. Journal of Virology (2009)

Emily J. PlattSusan L. KozakJames P. DurninThomas J. HopeDavid Kabat

infectivity assaysvirologyhivvirus transmissioninfectious diseasesviral pathogenesiscultured cellsrapid dissociationvirus research

An Allosteric Rheostat in Hiv-1 Gp120 Reduces Ccr5 Stoichiometry Required for Membrane Fusion and Overcomes Diverse Entry Limitations. Journal of Molecular Biology (2007)

membrane fusionhivantiviral researchbiomolecular engineeringprotein scienceprotein structuremembrane proteinsbiochemistryviral replicationallosteric rheostatmolecular biologyhuman retrovirus

Human Immunodeficiency Virus Type 1 Vif Functionally Interacts With Diverse Apobec3 Cytidine Deaminases and Moves With Them Between Cytoplasmic Sites of Mrna Metabolism. Journal of Virology (2007)

hivcell biologymedical virologygene expressiongeneral virologyvif functionallyhuman retrovirusvirus researchvirologymrna metabolismviral geneticsmolecular cell biologytranscription (biology)biochemistryantiviral researchnucleic acidsviral replicationcytoplasmic sitesmolecular biology

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David Kabat

Oregon Health & Science University

Affiliations

OHSU School of Medicine

Bob And Charlee Moore Institute For Nutrition And Wellness

Center Of The Amyloidosis

Division Of Cardiology

Department Of Physiology And Pharmacology

Oregon Health & Science University

Bob And Charlee Moore Institute For Nutrition And Wellness

School Of Medicine

Division Of Cardiology

School Of Medicine

NoneDavid Kabat is currently serving as a Bob And Charlee Moore Institute For Nutrition And Wellness faculty at Oregon Health & Science 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 Kabat

Oregon Health & Science University

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Movements of Hiv-1 Genomic Rna-Apobec3F Complexes and Pkr Reveal Cytoplasmic and Nuclear Pkr Defenses and Hiv-1 Evasion Strategies. Virus Research (2015)

Short Communication: Hiv-1 Variants That Use Mouse Ccr5 Reveal Critical Interactions of Gp120'S V3 Crown With Ccr5 Extracellular Loop 1. AIDS Research and Human Retroviruses (2015)

Emily J. PlattJames P. DurninDavid Kabat

Reversible and Efficient Activation of Hiv-1 Cell Entry by a Tyrosine-Sulfated Peptide Dissects Endocytic Entry and Inhibitor Mechanisms. Journal of Virology (2014)

Rre-Dependent Hiv-1 Env Rna Effects on Gag Protein Expression, Assembly and Release. Virology (2014)

virologyhivgag protein expressionantiviral researchviral geneticsinfectious diseasesmedical virologyviral replicationmolecular biologyhuman retrovirusgeneral virologyvirus research

Kinetic Mechanism for Hiv-1 Neutralization by Antibody 2G12 Entails Reversible Glycan Binding That Slows Cell Entry. Proceedings of the National Academy of Sciences (2012)

Mechanism of Hiv-1 Neutralization by an Antibody: Reversible Binding Stalls Entry. Antiviral Research (2011)

Emily J. PlattMiroslawa BilskaSusan L. KozakDavid KabatDavid C. Montefiori

virologyhivtzm-bl cellsleukemiaimmunologyantibody assaysvirus research

Emily J. PlattSusan L. KozakJames P. DurninThomas J. HopeDavid Kabat

infectivity assaysvirologyhivvirus transmissioninfectious diseasesviral pathogenesiscultured cellsrapid dissociationvirus research

An Allosteric Rheostat in Hiv-1 Gp120 Reduces Ccr5 Stoichiometry Required for Membrane Fusion and Overcomes Diverse Entry Limitations. Journal of Molecular Biology (2007)

membrane fusionhivantiviral researchbiomolecular engineeringprotein scienceprotein structuremembrane proteinsbiochemistryviral replicationallosteric rheostatmolecular biologyhuman retrovirus

Human Immunodeficiency Virus Type 1 Vif Functionally Interacts With Diverse Apobec3 Cytidine Deaminases and Moves With Them Between Cytoplasmic Sites of Mrna Metabolism. Journal of Virology (2007)

1
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3
4
5
14
10 / page