Faculty

Institution

Unit

Venue

Manoj Duraisingh

Professor

Harvard University

Affiliations

Harvard T.h. Chan School of Public Health

Department of Immunology and Infectious Diseases

Manoj Duraisingh is currently serving as an Immunology And Infectious Diseases Professor 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

Manoj Duraisingh

Harvard University

Professor

You can click a keyword to filter the displayed items

malaria infectious diseases parasitology genetics microbiology molecular biology tropical medicine host-parasite relationships hematology plasmodium falciparum virology biological invasions clinical microbiology gene expression molecular microbiology microbial pathogenesis parasite genomics invasion biology genomics medicinal research drug resistance enzyme inhibition host genetics host-microbe interactions plo biology protein science microbial genetics erythrocyte invasion human erythrocytes malaria parasites biological chemistry neglected tropical diseases genome biology applied microbiology host specificity epigenetic regulation respiratory medicine adaptation viral genetics host response rna biology biological inorganic chemistry host factors pharmaceutical chemistry drug targeting emerging infectious diseases mutagenesis disease ecology cancer genetics virulence genes virulence gene expression plasmodium vivax liver physiology vascular biology drug analysis molecular regulation disease gene identification pathogen detection therapeutic efficacy population genomics parasite control molecular epidemiology gene function vaccine development fetal medicine pathogen transmission antigenic variation small molecule inhibitors malaria parasite dihydropteroate synthetase erythrocyte invasion phenotypes dihydrofolate reductase gene cytoplasmic domain west africa microbial diversity genetic diversity pharmacology host-parasite interactions antiparasitic agent

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Comparative Chemical Genomics in Babesia Species Identifies the Alkaline Phosphatase Phod as a Determinant of Antiparasitic Resistance. Proceedings of the National Academy of Sciences (2024)

Caroline D. KeroackBrendan ElsworthJacob A. TennessenAditya S. PaulRenee HuaLuz Ramirez-RamirezSida YeCristina K. MoreiraMarvin J. MeyersKourosh ZarringhalamManoj T. Duraisingh

alkaline phosphatase phodinsect molecular biologycomparative chemical genomicsenzymesinsect biochemistryparasitologygenomicscomparative genomicsmicrobiologybiologyavian biologyantiparasitic resistanceavian medicinemolecular biologyentomologyparasite genomicsornithology

Descriptive, Hospital-Based, 10-Year Study of Malaria Transmission in Goa, a Southwest Indian State in the Malaria Elimination Phase. American Journal of Tropical Medicine and Hygiene (2024)

Rimi ChakrabartiKevin GillespieJayashri T. WalkeMezia FernandesAnvily AlmeidaLaura Chery-KarschneyUsheer KanjeeKristen M. SkillmanJohn WhitePrasad H. BabarLigia PereiraAnjali MascarenhasMarina VazAnar KhandeparkarEdwin GomesHolly JanesPradipsinh K. RathodManoj T. Duraisingh

public healthhospital medicineepidemiologytropical medicinemalaria transmissionmalariasouthwest indian stateclinical epidemiologyglobal healthhospital epidemiologymalaria elimination phase

Disruption of Plasmodium Falciparum Kinetochore Proteins Destabilises the Nexus Between the Centrosome Equivalent and the Mitotic Apparatus. Nature Communications (2024)

Jiahong LiGerald J. ShamiBenjamin LiffnerEllie ChoFilip BraetManoj T. DuraisinghSabrina AbsalonMatthew W. A. DixonLeann Tilley

infectious diseasesplasmodium falciparum kinetochoreimmunologyparasitologymolecular biologymitotic apparatuscentrosome equivalent

Hungry for Control: Metabolite Signaling to Chromatin in Plasmodium Falciparum. Current Opinion in Microbiology (2024)

Ruth LappalainenManish KumarManoj T Duraisingh

clinical microbiologymedical microbiologyinfectious diseasesplasmodium falciparumimmunologyhivmalariaparasitologyhost-parasite relationshipsmicrobiologychromatinviral persistencesignal transductiongeneral virologyinfection controlvirus research

Inhibition of Malaria and Babesiosis Parasites by Putative Red Blood Cell Targeting Small Molecules. Frontiers in Cellular and Infection Microbiology (2024)

Patrice V. GroomesAditya S. PaulManoj T. Duraisingh

clinical microbiologymedical microbiologyinfectious diseasesmalariaimmunologyparasitologyhematologyhost-parasite relationshipsmicrobiologybabesiosis parasitesenzyme inhibitionapplied microbiology

Single Cell Expression and Chromatin Accessibility of the Toxoplasma Gondii Lytic Cycle Identifies Ap2Xii-8 as an Essential Ribosome Regulon Driver. Nature Communications (2024)

Jingjing LouYasaman RezvaniArgenis ArriojasYihan WuNachiket ShankarDavid DegrasCaroline D. KeroackManoj T. DuraisinghKourosh ZarringhalamMarc-Jan Gubbels

chromatin accessibilitysingle cell expressionmolecular biologychromatin

The Essential Malaria Protein Pfcyrpa Targets Glycans to Invade Erythrocytes. Cell Reports (2024)

Christopher J. DayPaola FavuzzaSabrina BielfeldThomas HaselhorstLeonie SeefeldtJulia HauserLucy K. ShewellChristian FlueckJessica PooleFreda E.-C. JenAnja SchäferJean-Pierre DangyTim-W. GilbergerCamila Tenorio FrançaManoj T. DuraisinghMarco TamborriniNicolas M.B. BrancucciChristof GrüringMichael FilarskyMichael P. JenningsGerd Pluschke

tropical medicinemalariaimmunologycell biologydermatology

Additional File 2 of Development of a Plasmodium Vivax Biobank for Functional Ex Vivo Assays. Figshare (2023)

Rashmi DashKristen M. SkillmanLigia PereiraAnjali MascarenhasSheena DassJayashri WalkeAnvily AlmeidaMezia FernandesEdwin GomesJohn WhiteLaura Chery-KarschneyAnar KhandeparkarPradipsinh K. RathodManoj T. DuraisinghUsheer Kanjee

public healthplasmodium vivax biobankinfectious diseasestuberculosismalariaglobal healthbiobanks

A Rising Tide of Parasite Transcriptomics Propels Pathogen Biology. PLoS Biology (2023)

Manoj T. DuraisinghMarc-Jan GubbelsKourosh Zarringhalam

pathologyplo biologyinfectious diseasesparasitologyglobal health

Author Reply to Peer Reviews of Sterile Protection Against Plasmodium Vivax Malaria by Repeated Blood Stage Infection in the Aotus Monkey Model. (2023)

Nicanor ObaldiaJoao Luiz Da Silva FilhoMarlon NúñezKatherine A. GlassTate OultonFiona AchcarGrennady WirjanataManoj DuraisinghPhilip L. FelgnerKevin K.A. TettehZbynek BozdechThomas OttoMatthias Marti

public healthtropical medicinesterile protectioninfectious diseasesvirologyaotus monkey modelplasmodium vivax malariamalariaglobal healthblood stage infectionveterinary medicineauthor replylaboratory medicine

1
2
3
4
5
22
10 / page

Manoj Duraisingh

Professor

Harvard University

Affiliations

Harvard T.h. Chan School of Public Health

Department of Immunology and Infectious Diseases

Manoj Duraisingh is currently serving as an Immunology And Infectious Diseases Professor 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

Manoj Duraisingh

Harvard University

Professor

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Comparative Chemical Genomics in Babesia Species Identifies the Alkaline Phosphatase Phod as a Determinant of Antiparasitic Resistance. Proceedings of the National Academy of Sciences (2024)

Caroline D. KeroackBrendan ElsworthJacob A. TennessenAditya S. PaulRenee HuaLuz Ramirez-RamirezSida YeCristina K. MoreiraMarvin J. MeyersKourosh ZarringhalamManoj T. Duraisingh

Descriptive, Hospital-Based, 10-Year Study of Malaria Transmission in Goa, a Southwest Indian State in the Malaria Elimination Phase. American Journal of Tropical Medicine and Hygiene (2024)

public healthhospital medicineepidemiologytropical medicinemalaria transmissionmalariasouthwest indian stateclinical epidemiologyglobal healthhospital epidemiologymalaria elimination phase

Disruption of Plasmodium Falciparum Kinetochore Proteins Destabilises the Nexus Between the Centrosome Equivalent and the Mitotic Apparatus. Nature Communications (2024)

Jiahong LiGerald J. ShamiBenjamin LiffnerEllie ChoFilip BraetManoj T. DuraisinghSabrina AbsalonMatthew W. A. DixonLeann Tilley

infectious diseasesplasmodium falciparum kinetochoreimmunologyparasitologymolecular biologymitotic apparatuscentrosome equivalent

Hungry for Control: Metabolite Signaling to Chromatin in Plasmodium Falciparum. Current Opinion in Microbiology (2024)

Ruth LappalainenManish KumarManoj T Duraisingh

Inhibition of Malaria and Babesiosis Parasites by Putative Red Blood Cell Targeting Small Molecules. Frontiers in Cellular and Infection Microbiology (2024)

Patrice V. GroomesAditya S. PaulManoj T. Duraisingh

clinical microbiologymedical microbiologyinfectious diseasesmalariaimmunologyparasitologyhematologyhost-parasite relationshipsmicrobiologybabesiosis parasitesenzyme inhibitionapplied microbiology

Single Cell Expression and Chromatin Accessibility of the Toxoplasma Gondii Lytic Cycle Identifies Ap2Xii-8 as an Essential Ribosome Regulon Driver. Nature Communications (2024)

Jingjing LouYasaman RezvaniArgenis ArriojasYihan WuNachiket ShankarDavid DegrasCaroline D. KeroackManoj T. DuraisinghKourosh ZarringhalamMarc-Jan Gubbels

chromatin accessibilitysingle cell expressionmolecular biologychromatin

The Essential Malaria Protein Pfcyrpa Targets Glycans to Invade Erythrocytes. Cell Reports (2024)

tropical medicinemalariaimmunologycell biologydermatology

Additional File 2 of Development of a Plasmodium Vivax Biobank for Functional Ex Vivo Assays. Figshare (2023)

public healthplasmodium vivax biobankinfectious diseasestuberculosismalariaglobal healthbiobanks

A Rising Tide of Parasite Transcriptomics Propels Pathogen Biology. PLoS Biology (2023)

Manoj T. DuraisinghMarc-Jan GubbelsKourosh Zarringhalam

pathologyplo biologyinfectious diseasesparasitologyglobal health

Author Reply to Peer Reviews of Sterile Protection Against Plasmodium Vivax Malaria by Repeated Blood Stage Infection in the Aotus Monkey Model. (2023)

1
2
3
4
5
22
10 / page

Similar Faculty Members

Dennis Kyle

Institution

University of Georgia

parasite control

neglected tropical disease

Mary Wilson

Institution

University of Iowa

neglected tropical disease

parasitology

George Dimopoulos

Institution

Johns Hopkins University

infectious diseases

immunology

Stephen Beverley

Institution

Washington University in St. Louis

mammalian hosts

pathogen

Paul Brindley

Institution

George Washington University

neglected tropical disease

parasitology

Upinder Singh

Institution

Stanford University

peer review

faculty opinions recommendation

Matthew Waldor

Institution

Harvard University

pathogen characterization

clinical microbiology

Justin D. Radolf

Institution

University of Connecticut

lyme disease

clinical microbiology

Rick L. Tarleton

Institution

University of Georgia

neglected tropical disease

parasitology

Igor C. Almeida

Institution

University of Texas at El Paso

neglected tropical disease

parasitology

Similar Faculty Members

Dennis Kyle

Institution

University of Georgia

parasite control

neglected tropical disease

Mary Wilson

Institution

University of Iowa

neglected tropical disease

parasitology

George Dimopoulos

Institution

Johns Hopkins University

infectious diseases

immunology

Stephen Beverley

Institution

Washington University in St. Louis

mammalian hosts

pathogen

Paul Brindley

Institution

George Washington University

neglected tropical disease

parasitology

Upinder Singh

Institution

Stanford University

peer review

faculty opinions recommendation

Matthew Waldor

Institution

Harvard University

pathogen characterization

clinical microbiology

Justin D. Radolf

Institution

University of Connecticut

lyme disease

clinical microbiology

Rick L. Tarleton

Institution

University of Georgia

neglected tropical disease

parasitology

Igor C. Almeida

Institution

University of Texas at El Paso

neglected tropical disease

parasitology