Faculty

Institution

Unit

Venue

Richard Kolodner

Professor

University of California, San Diego

Affiliations

School Of Medicine

Cellular & Molecular Medicine

Richard Kolodner is currently serving as a Cellular & Molecular Medicine Professor at University of California, San Diego.

Honors

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Experiences

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Education

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Richard Kolodner

University of California, San Diego

Professor

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molecular biology genetics dna repair biochemistry molecular genetics genome biology genomics gene expression cancer genetics cell biology genome instability biological chemistry molecular cell biology yeast protein science mutagenesis molecular and cellular biology structural biology genetic recombination oncology molecular cancer colorectal cancer structural molecular biology nucleic acids oncogenes chromosomal rearrangements cancer biology cancer genomics fungal genetics dna mismatch repair mismatch repair chromosome biology genomic mechanisms genetic disorders plant science medical genetics bacteriology escherichia coli plant biology rna biology medicinal research cell death microbial genetics plant genetics cytogenetics saccharomyces cerevisiae mammalian biology virus research cancer discovery biomolecular interactions higher plants molecular science cellular biology chromatin remodeling protein genetics bacteriophages molecular microbiology molecular regulation genome rearrangements cancer susceptibility protein synthesis disease gene identification protein function protein purification protein biosynthesis transcription regulation human polymorphisms chloroplast dna single-stranded dna cell nuclear antigen gross chromosomal rearrangements molecular size dna damage genome stability microsatellite instability pea leaves signal transduction nucleic acid dna replication plo biology

Notable Scholarly Works

Notable Federal Grants

Collaborators

Identification of Different Classes of Genome Instability Suppressor Genes Through Analysis of Dna Damage Response Markers. G3 Genes Genomes Genetics (2024)

Bin-Zhong LiRichard D KolodnerChristopher D Putnam

geneticsgenome instabilitygenomicsgenome analysisgenome biologydna repair

Insights Into Dna Cleavage by Mutl Homologs From Analysis of Conserved Motifs in Eukaryotic Mlh1. BioEssays (2023)

Christopher D. PutnamRichard D. Kolodner

microbiologymutagenesis (molecular biology technique)geneticsmolecular evolutionmolecular geneticsepigeneticsgenomic mechanismsdna cleavageconserved motifsmolecular cell biologymutagenesisdna repairmolecular biologymutl homologs

Mlh1 Interacts With Both Msh2 and Msh6 for Recruitment During Mismatch Repair. DNA repair (2022)

Matthew L. DuPrieTatiana PalacioFelipe A. CalilRichard D. KolodnerChristopher D. Putnam

molecular biologymismatch repairdna repair

Rad5 and Its Human Homologs, Hltf and Shprh, Are Novel Interactors of Mismatch Repair. Frontiers in Cell and Developmental Biology (2022)

Anna K. MillerGuogen MaoBreanna G. KnicelyHannah G. DanielsChristine RahalChristopher D. PutnamRichard D. KolodnerEva M. Goellner

developmental biologymismatch repairgeneticsdevelopmental geneticsnovel interactorscell biologyprotein sciencedevelopmental sciencehuman geneticshuman homologs

The Unstructured Linker of Mlh1 Contains a Motif Required for Endonuclease Function Which is Mutated in Cancers. Proceedings of the National Academy of Sciences (2022)

Kendall A. TorresFelipe A. CalilAnn L. ZhouMatthew L. DuPrieChristopher D. PutnamRichard D. Kolodner

molecular biologyendonuclease functiontumor biologycancer genetics

Ligation and Supercoiling of Plasmids Containing Single Strand Interruptions. Research Square (Research Square) (2021)

Felipe A. CalilChristopher D. PutnamRichard D. Kolodner

biophysicsbiomolecular engineeringnucleic acidsprotein sciencesingle strand interruptionsprotein foldingrna processingmolecular biologystructural biology

Ligation of Newly Replicated Dna Controls the Timing of Dna Mismatch Repair. Current Biology (2021)

Gloria X. ReyesAnna KolodziejczakLovely Jael Paul Solomon DevakumarTakashi KubotaRichard D. KolodnerChristopher D. PutnamHans Hombauer

dna replicationgeneticsbiologydna mismatch repairdna repairmolecular biology

Rad27 and Exo1 Function in Different Excision Pathways for Mismatch Repair in Saccharomyces Cerevisiae. Nature Communications (2021)

Felipe A. CalilBin-Zhong LiKendall A. TorresKatarina NguyenNikki BowenChristopher D. PutnamRichard D. Kolodner

mismatch repairgeneticscell biologymolecular cell biologydifferent excision pathwaysdna repairmolecular biology

Fen1 Endonuclease as a Therapeutic Target for Human Cancers With Defects in Homologous Recombination. Proceedings of the National Academy of Sciences (2020)

Elaine GuoYuki IshiiJames MuellerAnjana SrivatsanTimothy GahmanChristopher D. PutnamJean Y. J. WangRichard D. Kolodner

cancer biologypharmacologytherapeutic targetshomologous recombinationtumor biologyoncologycancer researchcancer carecancer treatmentcancer genomicsgeneticsmolecular cancertumor targetinggene therapymedicinal researchoncogeneshuman cancersmolecular biologyenzyme inhibitioncancer genetics

Mechanisms Underlying Genome Instability Mediated by Formation of Foldback Inversions in Saccharomyces Cerevisiae. eLife (2020)

Bin-zhong LiChristopher D PutnamRichard David Kolodner

genomic mechanismsgeneticsgenome instabilitygenomicsfoldback inversionsgenome biologymolecular biology

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Richard Kolodner

Professor

University of California, San Diego

Affiliations

School Of Medicine

Cellular & Molecular Medicine

Richard Kolodner is currently serving as a Cellular & Molecular Medicine Professor at University of California, San Diego.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Richard Kolodner

University of California, San Diego

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Identification of Different Classes of Genome Instability Suppressor Genes Through Analysis of Dna Damage Response Markers. G3 Genes Genomes Genetics (2024)

Bin-Zhong LiRichard D KolodnerChristopher D Putnam

geneticsgenome instabilitygenomicsgenome analysisgenome biologydna repair

Insights Into Dna Cleavage by Mutl Homologs From Analysis of Conserved Motifs in Eukaryotic Mlh1. BioEssays (2023)

Christopher D. PutnamRichard D. Kolodner

Mlh1 Interacts With Both Msh2 and Msh6 for Recruitment During Mismatch Repair. DNA repair (2022)

Matthew L. DuPrieTatiana PalacioFelipe A. CalilRichard D. KolodnerChristopher D. Putnam

molecular biologymismatch repairdna repair

Rad5 and Its Human Homologs, Hltf and Shprh, Are Novel Interactors of Mismatch Repair. Frontiers in Cell and Developmental Biology (2022)

Anna K. MillerGuogen MaoBreanna G. KnicelyHannah G. DanielsChristine RahalChristopher D. PutnamRichard D. KolodnerEva M. Goellner

developmental biologymismatch repairgeneticsdevelopmental geneticsnovel interactorscell biologyprotein sciencedevelopmental sciencehuman geneticshuman homologs

The Unstructured Linker of Mlh1 Contains a Motif Required for Endonuclease Function Which is Mutated in Cancers. Proceedings of the National Academy of Sciences (2022)

Kendall A. TorresFelipe A. CalilAnn L. ZhouMatthew L. DuPrieChristopher D. PutnamRichard D. Kolodner

molecular biologyendonuclease functiontumor biologycancer genetics

Ligation and Supercoiling of Plasmids Containing Single Strand Interruptions. Research Square (Research Square) (2021)

Felipe A. CalilChristopher D. PutnamRichard D. Kolodner

biophysicsbiomolecular engineeringnucleic acidsprotein sciencesingle strand interruptionsprotein foldingrna processingmolecular biologystructural biology

Ligation of Newly Replicated Dna Controls the Timing of Dna Mismatch Repair. Current Biology (2021)

Gloria X. ReyesAnna KolodziejczakLovely Jael Paul Solomon DevakumarTakashi KubotaRichard D. KolodnerChristopher D. PutnamHans Hombauer

dna replicationgeneticsbiologydna mismatch repairdna repairmolecular biology

Rad27 and Exo1 Function in Different Excision Pathways for Mismatch Repair in Saccharomyces Cerevisiae. Nature Communications (2021)

Felipe A. CalilBin-Zhong LiKendall A. TorresKatarina NguyenNikki BowenChristopher D. PutnamRichard D. Kolodner

mismatch repairgeneticscell biologymolecular cell biologydifferent excision pathwaysdna repairmolecular biology

Fen1 Endonuclease as a Therapeutic Target for Human Cancers With Defects in Homologous Recombination. Proceedings of the National Academy of Sciences (2020)

Elaine GuoYuki IshiiJames MuellerAnjana SrivatsanTimothy GahmanChristopher D. PutnamJean Y. J. WangRichard D. Kolodner

Mechanisms Underlying Genome Instability Mediated by Formation of Foldback Inversions in Saccharomyces Cerevisiae. eLife (2020)

Bin-zhong LiChristopher D PutnamRichard David Kolodner

genomic mechanismsgeneticsgenome instabilitygenomicsfoldback inversionsgenome biologymolecular biology

1
2
3
4
5
30
10 / page

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apoptosis

signal transduction pathways

James Haber

Institution

Brandeis University

genome instability

recombination dynamic

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Washington University in St. Louis

epigenetics

proteomics

Jack Griffith

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oncogene

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