Faculty

Institution

Unit

Venue

Graham C. Walker

American Cancer Society Professor; Howard Hughes Medical Institute Professor

Massachusetts Institute of Technology

Affiliations

School of Science

Biology

Graham C. Walker is currently serving as a Biology American Cancer Society Professor; Howard Hughes Medical Institute Professor at Massachusetts Institute of Technology.

Honors

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Experiences

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Education

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Graham C. Walker

Massachusetts Institute of Technology

American Cancer Society Professor; Howard Hughes Medical Institute Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Sensor Histidine Kinase From a Plant-Endosymbiont Bacterium Restores the Virulence of a Mammalian Intracellular Pathogen. Microbial Pathogenesis (2023)

Esteban Chaves-OlarteJazmín Meza-TorresFabiola Herrera-RodríguezEsteban Lizano-GonzálezMarcela Suárez-EsquivelKate S. BakerOlga Rivas-SolanoNazareth Ruiz-VillalobosFabián Villalta-RomeroHai-Ping ChengGraham C. WalkerAxel CloeckaertNicholas R. ThomsonTeresa FrisanEdgardo MorenoCaterina Guzmán-Verri

immunologyplant-endosymbiont bacteriummicrobial pathogenesismammalian intracellular pathogensensor histidine kinasemicrobiology

Errol Friedberg: A Life in Writing. DNA repair (2023)

Richard D. WoodGraham C. Walker

geneticsmolecular biologydna repairlife writingerrol friedberglinguistics

Evelyn Witkin: Pioneering Dna Repair Researcher and Social Justice Activist. Molecular Cell (2023)

Carol A. GrossGraham C. Walker

geneticssocial sciencesevelyn witkinmolecular biologydna repair

Rev7 Monomer is Unable to Participate in Double Strand Break Repair and Translesion Synthesis but Suppresses Mitotic Errors. International Journal of Molecular Sciences (2023)

Faye M. VasselDaniel J. LavertyKe BianCortt G. PiettMichael T. HemannGraham C. WalkerZachary D. Nagel

molecular biophysicsbiophysicstranslesion synthesismolecular sciencemolecular biologymitotic errorsbiochemistry

A Haem-Sequestering Plant Peptide Promotes Iron Uptake in Symbiotic Bacteria. Nature Microbiology (2022)

Siva SankariVignesh M. P. BabuKe BianAreej AlhhazmiMary C. AndorferDante M. AvalosTyler A. SmithKwan YoonCatherine L. DrennanMichael B. YaffeSebastian LouridoGraham C. Walker

immunologymicrobial physiologyheme homeostasishaematopoiesisheme degradationmicrobial ecologyplant physiologyhost-microbe interactionshaem-sequestering plant peptidesymbiotic bacteriaplant-microbe interactionsmicrobiologybiochemistry

A Mutant Era Gtpase Suppresses Phenotypes Caused by Loss of Highly Conserved Ybey Protein in Escherichia Coli. Frontiers in Microbiology (2022)

Vignesh M. P. BabuSiva SankariAnubrata GhosalGraham C. Walker

molecular microbiologybacteriologyclinical microbiologyapplied microbiologygeneticsmicrobial geneticshost specificitymutant era gtpaseenzymesybey proteinmolecular biologyescherichia colimedical microbiologyprotein sciencemutagenesis (molecular biology technique)microbiology

Degradation of the Escherichia Coli Essential Proteins Dapb and Dxr Results in Oxidative Stress, Which Contributes to Lethality Through Incomplete Base Excision Repair. mBio (2022)

Charley C. GruberVignesh M. P. BabuKamren LivingstonHeer JoisherGraham C. Walker

microbiologyprotein functionregenerative medicinefree radical biologyclinical microbiologyredox biologymolecular microbiologymammalian biologyprotein engineeringprotein geneticsheme degradationmicrobiological degradationessential proteins dapbmolecular biologydna repairprotein scienceoxidative stressneuroscience

Evolution of Rev7 Interactions in Eukaryotic Tls Dna Polymerase Polζ. Journal of Biological Chemistry (2022)

Kerry Silva McPhersonAlessandro A. RizzoHeidi ErlandsenNimrat ChatterjeeGraham C. WalkerDmitry M. Korzhnev

molecular biologyevolutionary biologybiochemistrymolecular evolution

Front Matter. The Australian Year Book of International Law Online (2022)

Rachel FergusonSophie QuoyleSuhua ZhangSamuel GormanTamara RichardsonCeleste ZhongBen HuntsmanScott RobinsonAva CadeeJessica TaylorPhilip AlstonChristine ChinkinLaurence Boisson De ChazournesTheodore ChristakisHelen BradyKatrina CooperBill CampbellKaren ScottHilary Charlesworth JudgeGerry SimpsonSimon ChestermanDean Of LawS StrongJemima BackAlistair BoydNiamh CallinanTimothy CollinsJulian EdwardsJoseph HarmanMun LeeCatherine NguyenIbrahim TahaLiuyuwen YangYuanhang WangLara WilkinsonChiara AngeloniAsha BelkinLoretta BensonSulithi DewendraLucinda DunhamKellie ElmesElliot FreadmanMatthew GriceMeg HaynesTristan JamsonCrystal JiKavina KalaichelvamRhiannon KerrRachel KirkEmily LaAlex LiaJake MarusichCaitlyn MckenzieRachel MossEmma NortonKatherine O'connellJayden PayneEmily RowbothamSamuel SaundersDiya Sharma

world literaturedigital scholarshipprelims comprisetextual practiceenglishelectronic publishingcopyright protectionfront matterliteraturecontents foreword prefaceliterary theorymedia studies

Increased Energy Demand From Anabolic-Catabolic Processes Drives β-Lactam Antibiotic Lethality. Cell chemical biology (2022)

Michael A. LobritzIan W. AndrewsDana BraffCaroline B.M. PorterArnaud GutierrezYoshikazu FurutaLouis B.G. CortesThomas FerranteSarah C. BeningFelix WongCharley GruberChristopher W. BakerleeGuillaume LambertGraham C. WalkerDaniel J. DwyerJames J. Collins

medicinal chemistrydrug metabolismcell researchbiological chemistrymetabolismcell biologyantibiotic resistanceb-lactam antibiotic lethalitypharmacokineticsendocrinologychemical biologycell physiologyanabolic-catabolic processescell metabolismcellular physiologyremedial actionmolecular physiologyphysiologycatabolismpharmacologyenergy demand

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Graham C. Walker

American Cancer Society Professor; Howard Hughes Medical Institute Professor

Massachusetts Institute of Technology

Affiliations

School of Science

Biology

Graham C. Walker is currently serving as a Biology American Cancer Society Professor; Howard Hughes Medical Institute Professor 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

Graham C. Walker

Massachusetts Institute of Technology

American Cancer Society Professor; Howard Hughes Medical Institute Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Sensor Histidine Kinase From a Plant-Endosymbiont Bacterium Restores the Virulence of a Mammalian Intracellular Pathogen. Microbial Pathogenesis (2023)

immunologyplant-endosymbiont bacteriummicrobial pathogenesismammalian intracellular pathogensensor histidine kinasemicrobiology

Errol Friedberg: A Life in Writing. DNA repair (2023)

Richard D. WoodGraham C. Walker

geneticsmolecular biologydna repairlife writingerrol friedberglinguistics

Evelyn Witkin: Pioneering Dna Repair Researcher and Social Justice Activist. Molecular Cell (2023)

Carol A. GrossGraham C. Walker

geneticssocial sciencesevelyn witkinmolecular biologydna repair

Rev7 Monomer is Unable to Participate in Double Strand Break Repair and Translesion Synthesis but Suppresses Mitotic Errors. International Journal of Molecular Sciences (2023)

Faye M. VasselDaniel J. LavertyKe BianCortt G. PiettMichael T. HemannGraham C. WalkerZachary D. Nagel

molecular biophysicsbiophysicstranslesion synthesismolecular sciencemolecular biologymitotic errorsbiochemistry

A Haem-Sequestering Plant Peptide Promotes Iron Uptake in Symbiotic Bacteria. Nature Microbiology (2022)

Siva SankariVignesh M. P. BabuKe BianAreej AlhhazmiMary C. AndorferDante M. AvalosTyler A. SmithKwan YoonCatherine L. DrennanMichael B. YaffeSebastian LouridoGraham C. Walker

A Mutant Era Gtpase Suppresses Phenotypes Caused by Loss of Highly Conserved Ybey Protein in Escherichia Coli. Frontiers in Microbiology (2022)

Vignesh M. P. BabuSiva SankariAnubrata GhosalGraham C. Walker

Degradation of the Escherichia Coli Essential Proteins Dapb and Dxr Results in Oxidative Stress, Which Contributes to Lethality Through Incomplete Base Excision Repair. mBio (2022)

Charley C. GruberVignesh M. P. BabuKamren LivingstonHeer JoisherGraham C. Walker

Evolution of Rev7 Interactions in Eukaryotic Tls Dna Polymerase Polζ. Journal of Biological Chemistry (2022)

Kerry Silva McPhersonAlessandro A. RizzoHeidi ErlandsenNimrat ChatterjeeGraham C. WalkerDmitry M. Korzhnev

molecular biologyevolutionary biologybiochemistrymolecular evolution

Front Matter. The Australian Year Book of International Law Online (2022)

world literaturedigital scholarshipprelims comprisetextual practiceenglishelectronic publishingcopyright protectionfront matterliteraturecontents foreword prefaceliterary theorymedia studies

Increased Energy Demand From Anabolic-Catabolic Processes Drives β-Lactam Antibiotic Lethality. Cell chemical biology (2022)

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2
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5
38
10 / page

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immunology

dna damage response

James Wohlschlegel

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bioinformatics

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