Faculty

Institution

Unit

Venue

David Housman

Professor of Biology

Massachusetts Institute of Technology

Affiliations

School of Science

Biology

David Housman is currently serving as a Biology Professor of Biology at Massachusetts Institute of Technology.

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 Housman

Massachusetts Institute of Technology

Professor of Biology

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Cd4 T Cells Restricted to Drb1*15: 01 Recognize Two Epstein–Barr Virus Glycoproteins Capable of Intracellular Antigen Presentation. Proceedings of the National Academy of Sciences (2024)

Natalia DrosuMonique AndersonPhilippe A. BilodeauShuhei NishiyamaTakahisa MikamiNatasha Bobrowski-KhouryJackson CabotDavid HousmanMichael Levy

immunological memoryimmune responsesantigen processingepstein-barr virus glycoproteinsintracellular antigen presentationimmunologycellular immune responseshost specificityvirus research

Huntingtin Contains an Ubiquitin-Binding Domain and Regulates Lysosomal Targeting of Mitochondrial and Rna-Binding Proteins. Proceedings of the National Academy of Sciences (2024)

Gianna M. FoteVinay V. EapenRyan G. LimClinton YuLisa SalazarNicolette R. McClureJharrayne McKnightThai B. NguyenMarie C. HeathAlice L. LauMark A. VillamilRicardo MiramontesIan H. KratterSteven FinkbeinerJack C. ReidlingJoao A. PauloPeter KaiserLan HuangDavid E. HousmanLeslie M. ThompsonJoan S. Steffan

molecular and cellular biologygene regulatory networksubiquitin-binding domainbiochemistrymolecular biologyrna-binding proteinslysosomal targeting

Multi-Omic Analysis of Huntington’s Disease Reveals a Compensatory Astrocyte State. Nature Communications (2024)

Fahad ParyaniJi-Sun KwonChristopher W. NgKelly JakubiakNacoya MaddenKenneth OforiAlice TangHong LuShengnan XiaJuncheng LiAayushi MahajanShawn M. DavidsonAnna O. BasileCaitlin McHughJean Paul VonsattelRichard HickmanMichael C. ZodyDavid E. HousmanJames E. GoldmanAndrew S. YooVilas MenonOsama Al-Dalahmah

multi-omic analysishuntington's diseaseneurodegenerative diseasessystems biologymulti-omics studiescompensatory astrocyte stateomics

Author Correction: Fatty Acid Synthesis is Required for Breast Cancer Brain Metastasis. Nature Cancer (2021)

Gino B. FerraroAhmed AliAlba LuengoDavid P. KodackAmy DeikKeene L. AbbottDivya BezwadaLandry BlancBrendan PrideauxXin JinJessica M. PosadaJiang ChenChristopher R. ChinZohreh AmoozgarRaphael FerreiraIvy X. ChenKamila NaxerovaChristopher NgAnna M. WestermarkMark DuquetteSylvie RobergeNeal I. LindemanCostas A. LyssiotisJens NielsenDavid E. HousmanDan G. DudaElena BrachtelTodd R. GolubLewis C. CantleyJohn M. AsaraShawn M. DavidsonDai FukumuraVéronique A. DartoisClary B. ClishRakesh K. JainMatthew G. Vander Heiden

cancer immunotherapycancer biologykey sitetumor biologycancer researchoncologyauthor correctioncancer carefatty acid synthesisbrain tumor researchcancer riskneurologycancer genomicsredox biologyvascular biologylipid synthesisbreast cancermedicinal researchdermatologyhealth sciences

Caldag-Gefi Mediates Striatal Cholinergic Modulation of Dendritic Excitability, Synaptic Plasticity and Psychomotor Behaviors. Neurobiology of Disease (2021)

Jill R. CrittendenShenyu ZhaiMagdalena SauvageTakashi KitsukawaEric BurguièreMorgane ThomsenHui ZhangCinzia CostaGiuseppina MartellaVeronica GhiglieriBarbara PicconiKaren A. PescatoreEllen M. UnterwaldWalker S. JacksonDavid E. HousmanS. Barak CaineDavid SulzerPaolo CalabresiAnne C. SmithD. James SurmeierAnn M. Graybiel

synaptic plasticitydendritic excitabilityneuroscienceneurologycognitive neurosciencepsychomotor behaviors

Fatty Acid Synthesis is Required for Breast Cancer Brain Metastasis. Nature Cancer (2021)

cancer biologypharmacologytumor biologyoncologycancer researchcancer caremembrane biologybrain tumor researchcancer riskfatty acid synthesisneurologycell metabolismcancer genomicsvascular biologytumor targetingbreast cancerclinical lipidologycancer growthhealth sciences

Striatal Transcriptome Changes Linked to Drug‐Induced Repetitive Behaviors. European Journal of Neuroscience (2021)

Jill R. CrittendenTheresa A. GipsonAnne C. SmithHilary A. BowdenFerah YildirimKyle B. FischerMichael YimDavid E. HousmanAnn M. Graybiel

drug-induced repetitive behaviorssystems neurosciencestriatal transcriptome changesmedicineneuropharmacologymolecular neuroscienceclinical neuroscienceneural sciencebrain scienceneurosciencecentral nervous systempharmacologynervous system

Author Response for"Striatal Transcriptome Changes Linked to Drug‐Induced Repetitive Behaviors". (2020)

None Jill R. CrittendenNone Theresa A. GipsonNone Anne C. SmithNone Hilary A. BowdenNone Ferah YildirimNone Kyle B. FischerNone Michael YimNone David E. HousmanNone Ann M. Graybiel

drug-induced repetitive behaviorsstriatal transcriptome changesmedicineneuropharmacologyauthor responseneurosciencepharmacology

Tenofovir Prodrugs Potently Inhibit Epstein–Barr Virus Lytic Dna Replication by Targeting the Viral Dna Polymerase. Proceedings of the National Academy of Sciences (2020)

Natalia C. DrosuElazer R. EdelmanDavid E. Housman

tenofovir prodrugsvirologydna replicationmedicinegeneral virologymolecular virologytreatment effectstreatment developmentmedical virologyvirus-host interactionsclinical microbiologyimmunologypharmacologyviral replicationviral dna polymerasegene therapymedicinal researchvirus research

Early Epigenomic and Transcriptional Changes Reveal Elk-1 Transcription Factor as a Therapeutic Target in Huntington’s Disease. Proceedings of the National Academy of Sciences (2019)

Ferah YildirimChristopher W. NgVincent KappesTobias EhrenbergerSiobhan K. RigbyVictoria StivanelloTheresa A. GipsonAnthony R. SoltisPeter VanhoutteJocelyne CabocheDavid E. HousmanErnest Fraenkel

epigeneticsgeneticsgene expressionhuntington's diseasegene regulatory networksgene regulationearly epigenomictranscriptional changestranscription factorsepigenomicstranscription regulationgenome biologymolecular biologygene therapyepigenetic changesneurology

1
2
3
4
5
38
10 / page

David Housman

Professor of Biology

Massachusetts Institute of Technology

Affiliations

School of Science

Biology

David Housman is currently serving as a Biology Professor of Biology at Massachusetts Institute of Technology.

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 Housman

Massachusetts Institute of Technology

Professor of Biology

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Cd4 T Cells Restricted to Drb1*15: 01 Recognize Two Epstein–Barr Virus Glycoproteins Capable of Intracellular Antigen Presentation. Proceedings of the National Academy of Sciences (2024)

Natalia DrosuMonique AndersonPhilippe A. BilodeauShuhei NishiyamaTakahisa MikamiNatasha Bobrowski-KhouryJackson CabotDavid HousmanMichael Levy

immunological memoryimmune responsesantigen processingepstein-barr virus glycoproteinsintracellular antigen presentationimmunologycellular immune responseshost specificityvirus research

Huntingtin Contains an Ubiquitin-Binding Domain and Regulates Lysosomal Targeting of Mitochondrial and Rna-Binding Proteins. Proceedings of the National Academy of Sciences (2024)

molecular and cellular biologygene regulatory networksubiquitin-binding domainbiochemistrymolecular biologyrna-binding proteinslysosomal targeting

Multi-Omic Analysis of Huntington’s Disease Reveals a Compensatory Astrocyte State. Nature Communications (2024)

multi-omic analysishuntington's diseaseneurodegenerative diseasessystems biologymulti-omics studiescompensatory astrocyte stateomics

Author Correction: Fatty Acid Synthesis is Required for Breast Cancer Brain Metastasis. Nature Cancer (2021)

Caldag-Gefi Mediates Striatal Cholinergic Modulation of Dendritic Excitability, Synaptic Plasticity and Psychomotor Behaviors. Neurobiology of Disease (2021)

synaptic plasticitydendritic excitabilityneuroscienceneurologycognitive neurosciencepsychomotor behaviors

Fatty Acid Synthesis is Required for Breast Cancer Brain Metastasis. Nature Cancer (2021)

Striatal Transcriptome Changes Linked to Drug‐Induced Repetitive Behaviors. European Journal of Neuroscience (2021)

Jill R. CrittendenTheresa A. GipsonAnne C. SmithHilary A. BowdenFerah YildirimKyle B. FischerMichael YimDavid E. HousmanAnn M. Graybiel

Author Response for"Striatal Transcriptome Changes Linked to Drug‐Induced Repetitive Behaviors". (2020)

None Jill R. CrittendenNone Theresa A. GipsonNone Anne C. SmithNone Hilary A. BowdenNone Ferah YildirimNone Kyle B. FischerNone Michael YimNone David E. HousmanNone Ann M. Graybiel

drug-induced repetitive behaviorsstriatal transcriptome changesmedicineneuropharmacologyauthor responseneurosciencepharmacology

Tenofovir Prodrugs Potently Inhibit Epstein–Barr Virus Lytic Dna Replication by Targeting the Viral Dna Polymerase. Proceedings of the National Academy of Sciences (2020)

Natalia C. DrosuElazer R. EdelmanDavid E. Housman

Early Epigenomic and Transcriptional Changes Reveal Elk-1 Transcription Factor as a Therapeutic Target in Huntington’s Disease. Proceedings of the National Academy of Sciences (2019)

Ferah YildirimChristopher W. NgVincent KappesTobias EhrenbergerSiobhan K. RigbyVictoria StivanelloTheresa A. GipsonAnthony R. SoltisPeter VanhoutteJocelyne CabocheDavid E. HousmanErnest Fraenkel

1
2
3
4
5
38
10 / page

Similar Faculty Members

M. Simon

Institution

University of Pennsylvania

free radical biology

biological microenvironments

Leonard Zon

Institution

Harvard University

health science

biomedical informatics

Albert Fornace

Institution

Georgetown University

molecular biology

radiation oncology

Tyler Jacks

Institution

Massachusetts Institute of Technology

immunology

immunotherapy

Jonathan G. Seidman

Institution

Harvard University

critical care

cardiovascular disease

Eric S. Lander

Institution

Massachusetts Institute of Technology

computational genomics

genome biology

Manolis Kellis

Institution

Massachusetts Institute of Technology

molecular informatics

computational genomics

Bruce Hammock

Institution

University of California, Davis

clinical proteomics

free radical biology

Rudolf Jaenisch

Institution

Massachusetts Institute of Technology

stem cell research

nervous system development

Harvey R. Herschman

Institution

University of California, Los Angeles

imaging genomics

cell biology

Similar Faculty Members

M. Simon

Institution

University of Pennsylvania

free radical biology

biological microenvironments

Leonard Zon

Institution

Harvard University

health science

biomedical informatics

Albert Fornace

Institution

Georgetown University

molecular biology

radiation oncology

Tyler Jacks

Institution

Massachusetts Institute of Technology

immunology

immunotherapy

Jonathan G. Seidman

Institution

Harvard University

critical care

cardiovascular disease

Eric S. Lander

Institution

Massachusetts Institute of Technology

computational genomics

genome biology

Manolis Kellis

Institution

Massachusetts Institute of Technology

molecular informatics

computational genomics

Bruce Hammock

Institution

University of California, Davis

clinical proteomics

free radical biology

Rudolf Jaenisch

Institution

Massachusetts Institute of Technology

stem cell research

nervous system development

Harvey R. Herschman

Institution

University of California, Los Angeles

imaging genomics

cell biology