Faculty

Institution

Unit

Venue

Gregory Petsko

Professor of Biochemistry and Chemistry Emeritus

Brandeis University

Affiliations

Division of Science

Department of Chemistry

School of Arts and Sciences

Division of Science

Gregory Petsko is currently serving as a Chemistry Professor of Biochemistry and Chemistry Emeritus at Brandeis 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

Gregory Petsko

Brandeis University

Professor of Biochemistry and Chemistry Emeritus

You can click a keyword to filter the displayed items

biochemistry molecular biology structural biology enzymes protein science protein structure genome biology structural molecular biology crystallography biomolecular structure genome studies biomolecular engineering genome analysis biophysics genome structure protein x-ray crystallography enzyme catalysis enzyme inhibition genome sequencing structure-function enzyme kinetics protein chemistry molecular structure x-ray crystallography chemical biology computational genomics biological chemistry neurodegenerative diseases biological macromolecules enzymatic modification protein folding protein engineering crystal structures peptide science redox biology biocatalysis transition metal chemistry molecular science biomolecules structure elucidation biological inorganic chemistry molecular neurodegeneration biomolecular analysis protein assembly enzyme specificity crystal growth peptides inhibitory activity x-ray diffraction protein phosphorylation protein modeling protein biosynthesis yeast structural bioinformatics mandelate racemase crystal formation protein misfolding molecular microbiology functional modification mutagenesis structure determination triosephosphate isomerase active site conformational studies three-dimensional structure structural basis protein crystallography xylose isomerase protein dynamics escherichia coli site-directed mutagenesis triose phosphate isomerase iron superoxide dismutase pharmacological chaperones catalytic mechanism human aldose reductase altmetric attention score enzyme enzyme kinetics protein function protein bioinformatics

Notable Scholarly Works

Notable Federal Grants

Collaborators

An Introduction to Sorl1‐Retromer Structure/Function and Its Role in Alzheimer’s Disease. Alzheimer s & Dementia (2024)

Gregory A. Petsko

geneticsneurologyalzheimer's diseasecognitive impairmentneurosciencemolecular neurodegenerationneuroscience of agingaging-associated diseasesgeriatric neurologyaging cellvascular dementiadementiacognitive neuroscienceneurodegenerative diseasespsychiatric genetics

Author Correction: Ceacam1 Regulates Tim-3-Mediated Tolerance and Exhaustion. Nature (2024)

Yu-Hwa HuangChen ZhuYasuyuki KondoAna C. AndersonAmit GandhiAndrew RussellStephanie K. DouganBritt-Sabina PetersenEspen MelumThomas PertelKiera L. ClaytonMonika RaabQiang ChenNicole BeaucheminPaul J. YazakiMichal PyzikMario A. OstrowskiJonathan N. GlickmanChristopher E. RuddHidde L. PloeghAndre FrankeGregory A. PetskoVijay K. KuchrooRichard S. Blumberg

signal transductionneuroscienceauthor correctionphysiology

Evaluating Protein Cross-Linking as a Therapeutic Strategy to Stabilize Sod1 Variants in a Mouse Model of Familial Als. PLoS Biology (2024)

Md Amin HossainRicha SarinDaniel P. DonnellyBrandon C. MillerAlexandra WeissLuke McAlarySvetlana V. AntonyukJoseph P. SalisburyJakal AminJeremy B. ConwaySamantha S. WatsonJenifer N. WintersYu XuNovera AlamRutali R. BrahmeHaneyeh ShahbazianDurgalakshmi SivasankarSwathi PadmakumarAziza SattarovaAparna C. PonmudiyanTanvi GawdeDavid E. VerrillWensheng YangSunanda KannapadiLeigh D. PlantJared R. AuclairLee MakowskiGregory A. PetskoDagmar RingeNathalie Y. R. AgarDavid J. GreenblattMary Jo OndrechenYunqiu ChenJustin J. YerburyRoman ManetschS. Samar HasnainRobert H. BrownJeffrey N. Agar

geneticshuman geneticsalzheimer's diseasemouse modelgenomicsmolecular medicineproteomicsfamilial alsmolecular neurodegenerationbiotechnology advanceplo biologyneurologytherapeutic strategyomics integrationsomatic variantgenomic medicineoncogenesamyotrophic lateral sclerosismedical geneticsmolecular biologymedicinal research

The Sorl1 P.Y1816C Variant Causes Impaired Endosomal Dimerization and Autosomal Dominant Alzheimer’s Disease. Proceedings of the National Academy of Sciences (2024)

Anne Mette G. JensenJan RaskaPetr FojtikGiulia MontiMelanie LundingSimona BartovaVeronika PospisilovaSven J. van der LeeJasper Van DongenLiene BossaertsChristine Van BroeckhovenOriol Dols-IcardoAlberto LléoSonia BelliniRoberta GhidoniMarc HulsmanGregory A. PetskoKristel SleegersDasa BohaciakovaHenne HolstegeOlav M. Andersen

geneticsautosomal dominant alzheimeralzheimer's diseasegenetic basisneurogeneticsimpaired endosomal dimerizationmolecular neurodegenerationmolecular biologyneurodegenerative diseases

Dimerization of the Alzheimer’s Disease Pathogenic Receptor Sorla Regulates Its Association With Retromer. Proceedings of the National Academy of Sciences (2023)

Anne Mette G. JensenYu KitagoElnaz FazeliChristian B. VægterScott A. SmallGregory A. PetskoOlav M. Andersen

alzheimer's diseaseneurodegenerative diseasesneuroscience

On the Causal Role of Retromer-Dependent Endosomal Recycling in Alzheimer’s Disease. Nature Cell Biology (2023)

Jessica E. YoungHenne HolstegeOlav M. AndersenGregory A. PetskoScott A. Small

neurologyalzheimer's diseaseneuroscienceretromer-dependent endosomal recyclingcell biologycausal role

Brain-Wide Analysis of the Supraspinal Connectome Reveals Anatomical Correlates to Functional Recovery After Spinal Injury. eLife (2022)

Zimei WangAdam RomanskiVatsal MehraYunfang WangMatthew BranniganBenjamin C CampbellGregory A PetskoPantelis TsoulfasMurray G Blackmore

neurologyspinal cord injuryspinal injuryneurosciencebrain-wide analysisrehabilitationneuroanatomyconnectomics

Chemically Stable Fluorescent Proteins for Advanced Microscopy. Nature Methods (2022)

Benjamin C. CampbellMaria G. Paez-SegalaLoren L. LoogerGregory A. PetskoCe Feng Liu

molecular imagingbiochemistrysingle molecule biophysicsprotein scienceadvanced microscopystable fluorescent proteinsmicroscopybiomolecular engineeringnature methodsingle-molecule detectionproteome researchprotein structureprotein assemblybiomedical imagingstructural molecular biologybiological imagingfluorescenceprotein chemistrymolecular biologyprotein function

Contributors. Elsevier eBooks (2022)

Ron AltermanJeffrey E. ArleKerry BradleySergio CanaveroSteven M. FalowskiChad W. FarleyYakov GologorskyJianwen Wendy GuH. Louis JournéeJohn KastOlga KhazenJoachim K. KraussVignessh KumarMark LentRobert M. LevyAndres M. LozanoCharles MackelGeorge T. MandyburBryan L. McLaughlinDaniel R. MerrillAlon Y. MogilnerGabi MolnarGuillermo A. MonsalveRichard B. NorthYunseo Linda ParkJohn ParkerShrey PatelJulie G. PilitsisFrancisco A. PonceJason E. PopeAdolfo Ramirez-ZamoraLouis J. RasoJoshua M. RosenowJay L. ShilsPeter SingleKonstantin V. SlavinMichael D. StaudtMark M. SteckerHuy Q. Truong

Elucidating the Causes of Neurodegeneration. Science (2022)

Gregory A. PetskoScott A. Small

nervous systemmolecular psychiatryageingamyotrophic lateral sclerosismolecular neurodegenerationcentral nervous systemauditory sciencedevelopmental biologyneuroanatomydegenerative pathologybone researchdementiastem cell researchmedicinal researchneuroregenerationpsychiatryneuroinflammationphysiology

1
2
3
4
5
45
10 / page

Gregory Petsko

Professor of Biochemistry and Chemistry Emeritus

Brandeis University

Affiliations

Division of Science

Department of Chemistry

School of Arts and Sciences

Division of Science

Gregory Petsko is currently serving as a Chemistry Professor of Biochemistry and Chemistry Emeritus at Brandeis 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

Gregory Petsko

Brandeis University

Professor of Biochemistry and Chemistry Emeritus

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

An Introduction to Sorl1‐Retromer Structure/Function and Its Role in Alzheimer’s Disease. Alzheimer s & Dementia (2024)

Gregory A. Petsko

Author Correction: Ceacam1 Regulates Tim-3-Mediated Tolerance and Exhaustion. Nature (2024)

signal transductionneuroscienceauthor correctionphysiology

Evaluating Protein Cross-Linking as a Therapeutic Strategy to Stabilize Sod1 Variants in a Mouse Model of Familial Als. PLoS Biology (2024)

The Sorl1 P.Y1816C Variant Causes Impaired Endosomal Dimerization and Autosomal Dominant Alzheimer’s Disease. Proceedings of the National Academy of Sciences (2024)

geneticsautosomal dominant alzheimeralzheimer's diseasegenetic basisneurogeneticsimpaired endosomal dimerizationmolecular neurodegenerationmolecular biologyneurodegenerative diseases

Dimerization of the Alzheimer’s Disease Pathogenic Receptor Sorla Regulates Its Association With Retromer. Proceedings of the National Academy of Sciences (2023)

Anne Mette G. JensenYu KitagoElnaz FazeliChristian B. VægterScott A. SmallGregory A. PetskoOlav M. Andersen

alzheimer's diseaseneurodegenerative diseasesneuroscience

On the Causal Role of Retromer-Dependent Endosomal Recycling in Alzheimer’s Disease. Nature Cell Biology (2023)

Jessica E. YoungHenne HolstegeOlav M. AndersenGregory A. PetskoScott A. Small

neurologyalzheimer's diseaseneuroscienceretromer-dependent endosomal recyclingcell biologycausal role

Brain-Wide Analysis of the Supraspinal Connectome Reveals Anatomical Correlates to Functional Recovery After Spinal Injury. eLife (2022)

Zimei WangAdam RomanskiVatsal MehraYunfang WangMatthew BranniganBenjamin C CampbellGregory A PetskoPantelis TsoulfasMurray G Blackmore

neurologyspinal cord injuryspinal injuryneurosciencebrain-wide analysisrehabilitationneuroanatomyconnectomics

Chemically Stable Fluorescent Proteins for Advanced Microscopy. Nature Methods (2022)

Benjamin C. CampbellMaria G. Paez-SegalaLoren L. LoogerGregory A. PetskoCe Feng Liu

Contributors. Elsevier eBooks (2022)

Elucidating the Causes of Neurodegeneration. Science (2022)

Gregory A. PetskoScott A. Small

1
2
3
4
5
45
10 / page

Similar Faculty Members

David W. Christianson

Institution

University of Pennsylvania

molecular biology

enzyme catalysis

Dagmar Ringe

Institution

Brandeis University

biomolecular structure

protein structure

Stephen J. Benkovic

Institution

Pennsylvania State University

biosynthesis

cellular enzymology

Stephen G Sligar

Institution

University of Illinois Urbana-Champaign

human disease targets

nanoparticle research

Carol A. Fierke

Institution

Brandeis University

biochemistry

molecular biology

Eric Oldfield

Institution

University of Illinois Urbana-Champaign

rational drug design

drug discovery

Dieter Söll

Institution

Yale University

molecular biology

genetics

Michael L. Gross

Institution

Washington University in St. Louis

biological chemistry

proteomics

Neil Kelleher

Institution

Northwestern University

molecular biology

proteomics

Vadim Cherezov

Institution

University of Southern California

membrane protein

proteinlipid interaction

Similar Faculty Members

David W. Christianson

Institution

University of Pennsylvania

molecular biology

enzyme catalysis

Dagmar Ringe

Institution

Brandeis University

biomolecular structure

protein structure

Stephen J. Benkovic

Institution

Pennsylvania State University

biosynthesis

cellular enzymology

Stephen G Sligar

Institution

University of Illinois Urbana-Champaign

human disease targets

nanoparticle research

Carol A. Fierke

Institution

Brandeis University

biochemistry

molecular biology

Eric Oldfield

Institution

University of Illinois Urbana-Champaign

rational drug design

drug discovery

Dieter Söll

Institution

Yale University

molecular biology

genetics

Michael L. Gross

Institution

Washington University in St. Louis

biological chemistry

proteomics

Neil Kelleher

Institution

Northwestern University

molecular biology

proteomics

Vadim Cherezov

Institution

University of Southern California

membrane protein

proteinlipid interaction