Faculty

Institution

Unit

Venue

David Golan

Dean for Research Initiatives and Global Programs George R Minot Professor of Medicine

Harvard University

Affiliations

Harvard Medical School

Biological Chemistry and Molecular Pharmacology

David Golan is currently serving as a Biological Chemistry And Molecular Pharmacology Dean for Research Initiatives and Global Programs George R Minot Professor of Medicine at Harvard University.

Honors

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Experiences

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Education

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David Golan

Harvard University

Dean for Research Initiatives and Global Programs George R Minot Professor of Medicine

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cell biology molecular biology membrane biology immunology vascular biology biochemistry gene expression genomics protein science cellular physiology hematology membranes receptors bioinformatics liver physiology immune responses biological chemistry genome biology cellular biology cell adhesion medicinal research cell physiology membrane transport enzyme inhibition mammalian biology cell motility biophysical modeling intracellular trafficking cell regulation lateral mobility molecular physiology clinical microbiology membrane science rna biology protein transport cell migration sequence analysis structural molecular biology virus research biophysical review applied physiology inhibitory activity transcriptomics technology genome-wide association studies innate immune system angiogenesis proteinlipid interaction membrane systems lipoprotein metabolism histocompatibility cell-matrix interactions endothelial nitric-oxide synthase rotational mobility genome studies translational bioinformatics cancer genetics molecular regulation rna processing gene regulation genome sequencing host factors vascular pharmacology viral pathogenesis sfp phosphopantetheinyl transferase two-dimensional dissociation constant receptor lateral mobility human erythrocyte membrane ac electric fields epithelial cells southeast asian ovalocytosis plasma membrane protein translational mobility protein therapeutics pharmacological classification processing bodies stress granules cellular biochemistry

Notable Scholarly Works

Notable Federal Grants

Collaborators

Opportunities and Challenges for Transcriptome-Wide Association Studies. Nature Genetics (2019)

Michael WainbergNasa Sinnott-ArmstrongNicholas MancusoAlvaro N. BarbeiraDavid A. KnowlesDavid GolanRaili ErmelArno RuusaleppThomas QuertermousKe HaoJohan L. M. BjörkegrenHae Kyung ImBogdan PasaniucManuel A. RivasAnshul Kundaje

genomicsgenome biologytranscriptomics technologygenome studiestranslational bioinformaticsgeneticsbiostatisticsmolecular biologyepigeneticsstatistical geneticsgenome-wide association studiespopulation geneticsbioinformatics

Skap2 Regulates Atherosclerosis Through Macrophage Polarization and Efferocytosis. bioRxiv (Cold Spring Harbor Laboratory) (2019)

Danielle HyattAllison E. SchroederAshita BhatnagarDavid E. GolanKenneth D. SwansonFrancis J. Alenghat

immunologypharmacologymacrophage polarizationhematologyatherosclerosisvascular biologymembrane biologyneuroscienceinflammation

Inferring Relevant Cell Types for Complex Traits by Using Single-Cell Gene Expression. The American Journal of Human Genetics (2017)

Diego CalderonAnand BhaskarDavid A. KnowlesDavid GolanTowfique RajAudrey Q. FuJonathan K. Pritchard

genomicsgene expressionrelevant cell typesgeneticssingle-cell gene expressioncomplex traitshuman genetics

Transcriptome-Wide Association Studies: Opportunities and Challenges. bioRxiv (Cold Spring Harbor Laboratory) (2017)

Michael WainbergNasa Sinnott-ArmstrongNicholas MancusoAlvaro N. BarbeiraDavid A KnowlesDavid GolanRaili ErmelArno RuusaleppThomas QuertermousKe HaoJohan LM BjörkegrenHae Kyung ImBogdan PasaniucManuel A RivasAnshul Kundaje

biostatisticsmolecular biologyepidemiologybioinformatics

Vulnerabilities of Transcriptome-Wide Association Studies. bioRxiv (Cold Spring Harbor Laboratory) (2017)

Michael WainbergNasa Sinnott-ArmstrongDavid A KnowlesDavid GolanRaili ErmelArno RuusaleppThomas QuertermousKe HaoJohan Lm BjörkegrenManuel A RivasAnshul Kundaje

genomicsgenome biologytranscriptomics technologydata risktranslational bioinformaticssystems biologyepidemiologysecurity studiesmolecular biologygenome-wide association studiesgenome instabilitybioinformatics

Detection of Human Adaptation During the Past 2000 Years. Science (2016)

Yair FieldEvan A BoyleNatalie TelisZiyue GaoKyle J. GaultonDavid GolanLoic YengoGhislain RocheleauPhilippe FroguelMark I. McCarthyJonathan K. Pritchard

human adaptationadaptationchange detectionanthropologyclimate change

Pooled Chip-Seq Links Variation in Transcription Factor Binding to Complex Disease Risk. Cell (2016)

Ashley K. TehranchiMarsha MyrthilTrevor MartinBrian L. HieDavid GolanHunter B. Fraser

genomicsgenome biologytranscriptomics technologygeneticstranscription factorschip-seq links variationcomplex disease riskmolecular biologycell and molecular biologycell biologybioinformatics

Rna Splicing is a Primary Link Between Genetic Variation and Disease. Science (2016)

Yang I. LiBryce van de GeijnAnil RajDavid A. KnowlesAllegra A. PettiDavid GolanYoav GiladJonathan K. Pritchard

gene expressioncancer geneticsprimary linkrna biologygeneticsgenetic variationrna splicingmolecular biologymolecular geneticsmedical geneticshuman geneticshealth sciences

Abstract 137: Skap2 Modulates Macrophage Polarization and Regulates Atherosclerosis. Arteriosclerosis Thrombosis and Vascular Biology (2015)

Danielle HyattDavid GolanKenneth SwansonFrancis J Alenghat

immunologycardiologydermatologypharmacologymacrophage polarizationhematologythrombosisatherosclerosisvascular biologyangiologymembrane biology

Deep Sequencing Analysis of Viral Infection and Evolution Allows Rapid and Detailed Characterization of Viral Mutant Spectrum. Bioinformatics (2015)

Ofer IsakovAntonio V. BorderíaDavid GolanAmir HamenahemGershon CelnikerLiron YoffeHervé BlancMarco VignuzziNoam Shomron

genomicsviral mutant spectrumviral geneticsvirologyviral evolutionmolecular biologyviral infectionsequence analysisevolutionary biologybioinformatics

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David Golan

Dean for Research Initiatives and Global Programs George R Minot Professor of Medicine

Harvard University

Affiliations

Harvard Medical School

Biological Chemistry and Molecular Pharmacology

David Golan is currently serving as a Biological Chemistry And Molecular Pharmacology Dean for Research Initiatives and Global Programs George R Minot Professor of Medicine at Harvard 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 Golan

Harvard University

Dean for Research Initiatives and Global Programs George R Minot Professor of Medicine

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Opportunities and Challenges for Transcriptome-Wide Association Studies. Nature Genetics (2019)

Skap2 Regulates Atherosclerosis Through Macrophage Polarization and Efferocytosis. bioRxiv (Cold Spring Harbor Laboratory) (2019)

Danielle HyattAllison E. SchroederAshita BhatnagarDavid E. GolanKenneth D. SwansonFrancis J. Alenghat

immunologypharmacologymacrophage polarizationhematologyatherosclerosisvascular biologymembrane biologyneuroscienceinflammation

Inferring Relevant Cell Types for Complex Traits by Using Single-Cell Gene Expression. The American Journal of Human Genetics (2017)

Diego CalderonAnand BhaskarDavid A. KnowlesDavid GolanTowfique RajAudrey Q. FuJonathan K. Pritchard

genomicsgene expressionrelevant cell typesgeneticssingle-cell gene expressioncomplex traitshuman genetics

Transcriptome-Wide Association Studies: Opportunities and Challenges. bioRxiv (Cold Spring Harbor Laboratory) (2017)

biostatisticsmolecular biologyepidemiologybioinformatics

Vulnerabilities of Transcriptome-Wide Association Studies. bioRxiv (Cold Spring Harbor Laboratory) (2017)

Michael WainbergNasa Sinnott-ArmstrongDavid A KnowlesDavid GolanRaili ErmelArno RuusaleppThomas QuertermousKe HaoJohan Lm BjörkegrenManuel A RivasAnshul Kundaje

Detection of Human Adaptation During the Past 2000 Years. Science (2016)

Yair FieldEvan A BoyleNatalie TelisZiyue GaoKyle J. GaultonDavid GolanLoic YengoGhislain RocheleauPhilippe FroguelMark I. McCarthyJonathan K. Pritchard

human adaptationadaptationchange detectionanthropologyclimate change

Pooled Chip-Seq Links Variation in Transcription Factor Binding to Complex Disease Risk. Cell (2016)

Ashley K. TehranchiMarsha MyrthilTrevor MartinBrian L. HieDavid GolanHunter B. Fraser

genomicsgenome biologytranscriptomics technologygeneticstranscription factorschip-seq links variationcomplex disease riskmolecular biologycell and molecular biologycell biologybioinformatics

Rna Splicing is a Primary Link Between Genetic Variation and Disease. Science (2016)

Yang I. LiBryce van de GeijnAnil RajDavid A. KnowlesAllegra A. PettiDavid GolanYoav GiladJonathan K. Pritchard

gene expressioncancer geneticsprimary linkrna biologygeneticsgenetic variationrna splicingmolecular biologymolecular geneticsmedical geneticshuman geneticshealth sciences

Abstract 137: Skap2 Modulates Macrophage Polarization and Regulates Atherosclerosis. Arteriosclerosis Thrombosis and Vascular Biology (2015)

Danielle HyattDavid GolanKenneth SwansonFrancis J Alenghat

immunologycardiologydermatologypharmacologymacrophage polarizationhematologythrombosisatherosclerosisvascular biologyangiologymembrane biology

Deep Sequencing Analysis of Viral Infection and Evolution Allows Rapid and Detailed Characterization of Viral Mutant Spectrum. Bioinformatics (2015)

Ofer IsakovAntonio V. BorderíaDavid GolanAmir HamenahemGershon CelnikerLiron YoffeHervé BlancMarco VignuzziNoam Shomron

genomicsviral mutant spectrumviral geneticsvirologyviral evolutionmolecular biologyviral infectionsequence analysisevolutionary biologybioinformatics

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5
13
10 / page

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Institution

Vanderbilt University

protein misfolding

membrane protein

Jeffrey Esko

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University of California, San Diego

glycosylation

clinical proteomics

Jerry Kaplan

Institution

University of Utah

molecular biology

biochemistry

James R. Goldenring

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apoptosis

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