Faculty

Institution

Unit

Venue

Arthur Landy

University Professor Emeritus of Medical Science University Professor

Brown University

Affiliations

Division of Biology and Medicine

Molecular Biology, Cell Biology, and Biochemistry

Warren Alpert Medical School

Molecular Biology, Cell Biology, & Biochemistry

Arthur Landy is currently serving as a Division Of Biology And Medicine University Professor Emeritus of Medical Science University Professor at Brown 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

Arthur Landy

Brown University

University Professor Emeritus of Medical Science University Professor

You can click a keyword to filter the displayed items

molecular biology genetics structural biology molecular genetics protein science biochemistry biophysics protein structure gene expression structural molecular biology genome biology genomics bacteriophages rna biology genetic recombination avian biology phage biology biological chemistry microbial genetics membrane biology molecular microbiology genetic engineering mammalian biology molecular science protein genetics bacteriology escherichia coli site-specific recombination molecular cell biology cellular biology lambda integrase nucleic acids integrative biology gene structure biochemical sciences virus research biomolecular structure functional modification host factors molecular substrates gene regulation transcription regulation viral genetics recombination dynamic site-specific recombinases nucleotide sequences dna fragments restriction fragments phage att site redox biology protein chemistry viral evolution molecular recognition chromosome biology mutagenesis gene function protein misfolding molecular regulation biomolecular interactions key site integrase family tyrosine transfer rna viral integration dna recombination int protein strand exchange specific sites lambda site-specific recombination process biochemistry animal biotechnology enzyme inhibition short-term variability cell-matrix interactions developmental genetics medical genetics gene regulatory networks global regulation dna replication nuclear organization chromatin genome instability cell biology

Notable Scholarly Works

Notable Federal Grants

Collaborators

Bacteriophage Lambda Site‐Specific Recombination. Molecular Microbiology (2024)

Gregory D. Van DuyneArthur Landy

genetic recombinationsite-specific recombinationmolecular microbiologybacteriophagesmolecular biologybacteriology

Structure of a Holliday Junction Complex Reveals Mechanisms Governing a Highly Regulated Dna Transaction. eLife (2016)

Gurunathan LaxmikanthanChen XuAxel F BrilotDavid WarrenLindsay SteeleNicole SeahWenjun TongNikolaus GrigorieffArthur LandyGregory D Van Duyne

biophysicsdna transactionsystems biologymolecular regulationstructural biologygenetics

The λ Integrase Site-Specific Recombination Pathway. ASM Press eBooks (2015)

Arthur Landy

genetic recombinationcell biologybiochemistrymolecular biologygene expression

Mapping the λ Integrase Bridges in the Nucleoprotein Holliday Junction Intermediates of Viral Integrative and Excisive Recombination. Proceedings of the National Academy of Sciences (2014)

Wenjun TongDavid WarrenNicole E. SeahGurunathan LaxmikanthanGregory D. Van DuyneArthur Landy

viral evolutiongeneticsvirus-host interactionsepigeneticsmolecular sciencemolecular biologyexcisive recombinationgeneral virologygene expressionviral structural proteinvirologyprotein structuresystems biologyviral geneticsstructural biologyvirus researchprotein sciencemolecular cell biologymolecular virology

Nucleoprotein Architectures Regulating the Directionality of Viral Integration and Excision. Proceedings of the National Academy of Sciences (2014)

Nicole E. SeahDavid WarrenWenjun TongGurunathan LaxmikanthanGregory D. Van DuyneArthur Landy

biophysicsviral integrationmolecular biologyvirology

Integrase Family of Site-Specific Recombinases. Elsevier eBooks (2013)

D. WarrenG. LaxmikanthanA. Landy

integrase familyprotein sciencedermatologybiochemistrymolecular biologysite-specific recombinasesstructural biology

Phage λ Integration/Excision. Elsevier eBooks (2013)

D. WarrenG. LaxmikanthanA. Landy

fish biologydata integrationphage biologyavian biologybiologyecologyentomology

Stoichiometric Incorporation of Base Substitutions at Specific Sites in Supercoiled Dna and Supercoiled Recombination Intermediates. Nucleic Acids Research (2010)

Mihaela MatovinaNicole SeahTheron HamiltonDavid WarrenArthur Landy

biological engineeringgenetic engineeringstoichiometric incorporationnucleic acidsmolecular biologyspecific sitesbase substitutionssupercoiled dnagenetics

A Biotin Interference Assay Highlights Two Different Asymmetric Interaction Profiles for λ Integrase Arm-Type Binding Sites in Integrative Versus Excisive Recombination. Journal of Biological Chemistry (2008)

Dane HazelbakerMarco A. AzaroArthur Landy

biophysicsproteomicsprotein scienceinteractomicsintegrative biologymedicinal chemistrymembrane biologypharmacologymolecular biologybiological chemistrybiomolecular interactionsstructural molecular biologystructural biology

A Chimeric Cre Recombinase With Regulated Directionality. Proceedings of the National Academy of Sciences (2008)

David WarrenGurunathan LaxmikanthanArthur Landy

biological engineeringregulated directionalityprotein sciencecell biologybiochemistrymembrane biologyprotein engineeringchimeric cre recombinase

1
2
3
4
5
13
10 / page

Arthur Landy

University Professor Emeritus of Medical Science University Professor

Brown University

Affiliations

Division of Biology and Medicine

Molecular Biology, Cell Biology, and Biochemistry

Warren Alpert Medical School

Molecular Biology, Cell Biology, & Biochemistry

Arthur Landy is currently serving as a Division Of Biology And Medicine University Professor Emeritus of Medical Science University Professor at Brown 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

Arthur Landy

Brown University

University Professor Emeritus of Medical Science University Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Bacteriophage Lambda Site‐Specific Recombination. Molecular Microbiology (2024)

Gregory D. Van DuyneArthur Landy

genetic recombinationsite-specific recombinationmolecular microbiologybacteriophagesmolecular biologybacteriology

Structure of a Holliday Junction Complex Reveals Mechanisms Governing a Highly Regulated Dna Transaction. eLife (2016)

Gurunathan LaxmikanthanChen XuAxel F BrilotDavid WarrenLindsay SteeleNicole SeahWenjun TongNikolaus GrigorieffArthur LandyGregory D Van Duyne

biophysicsdna transactionsystems biologymolecular regulationstructural biologygenetics

The λ Integrase Site-Specific Recombination Pathway. ASM Press eBooks (2015)

Arthur Landy

genetic recombinationcell biologybiochemistrymolecular biologygene expression

Mapping the λ Integrase Bridges in the Nucleoprotein Holliday Junction Intermediates of Viral Integrative and Excisive Recombination. Proceedings of the National Academy of Sciences (2014)

Wenjun TongDavid WarrenNicole E. SeahGurunathan LaxmikanthanGregory D. Van DuyneArthur Landy

Nucleoprotein Architectures Regulating the Directionality of Viral Integration and Excision. Proceedings of the National Academy of Sciences (2014)

Nicole E. SeahDavid WarrenWenjun TongGurunathan LaxmikanthanGregory D. Van DuyneArthur Landy

biophysicsviral integrationmolecular biologyvirology

Integrase Family of Site-Specific Recombinases. Elsevier eBooks (2013)

D. WarrenG. LaxmikanthanA. Landy

integrase familyprotein sciencedermatologybiochemistrymolecular biologysite-specific recombinasesstructural biology

Phage λ Integration/Excision. Elsevier eBooks (2013)

D. WarrenG. LaxmikanthanA. Landy

fish biologydata integrationphage biologyavian biologybiologyecologyentomology

Stoichiometric Incorporation of Base Substitutions at Specific Sites in Supercoiled Dna and Supercoiled Recombination Intermediates. Nucleic Acids Research (2010)

Mihaela MatovinaNicole SeahTheron HamiltonDavid WarrenArthur Landy

biological engineeringgenetic engineeringstoichiometric incorporationnucleic acidsmolecular biologyspecific sitesbase substitutionssupercoiled dnagenetics

Dane HazelbakerMarco A. AzaroArthur Landy

A Chimeric Cre Recombinase With Regulated Directionality. Proceedings of the National Academy of Sciences (2008)

David WarrenGurunathan LaxmikanthanArthur Landy

biological engineeringregulated directionalityprotein sciencecell biologybiochemistrymembrane biologyprotein engineeringchimeric cre recombinase

1
2
3
4
5
13
10 / page

Similar Faculty Members

Uttam RajBhandary

Institution

Massachusetts Institute of Technology

molecular biology

biosynthesis

Reid C. Johnson

Institution

University of California, Los Angeles

chromatin remodeling

yeast

Tania A. Baker

Institution

Massachusetts Institute of Technology

dna sequencing

molecular biology

Paul Berg

Institution

Stanford University

molecular metabolism

intermediary metabolism

Phillips Robbins

Institution

Massachusetts Institute of Technology

glycosylation

glycobiology

Irina Artsimovitch

Institution

Ohio State University

microbiology

gene expression

James M. Berger

Institution

Johns Hopkins University

molecular biology

structural biology

Graham C. Walker

Institution

Massachusetts Institute of Technology

molecular biology

mutagenesis

Robert T. Sauer

Institution

Massachusetts Institute of Technology

biochemistry

protein modeling

David P. Giedroc

Institution

Indiana University Bloomington

emerging infectious disease

pathogen

Similar Faculty Members

Uttam RajBhandary

Institution

Massachusetts Institute of Technology

molecular biology

biosynthesis

Reid C. Johnson

Institution

University of California, Los Angeles

chromatin remodeling

yeast

Tania A. Baker

Institution

Massachusetts Institute of Technology

dna sequencing

molecular biology

Paul Berg

Institution

Stanford University

molecular metabolism

intermediary metabolism

Phillips Robbins

Institution

Massachusetts Institute of Technology

glycosylation

glycobiology

Irina Artsimovitch

Institution

Ohio State University

microbiology

gene expression

James M. Berger

Institution

Johns Hopkins University

molecular biology

structural biology

Graham C. Walker

Institution

Massachusetts Institute of Technology

molecular biology

mutagenesis

Robert T. Sauer

Institution

Massachusetts Institute of Technology

biochemistry

protein modeling

David P. Giedroc

Institution

Indiana University Bloomington

emerging infectious disease

pathogen