Faculty

Institution

Unit

Venue

Sarah Delaney

Professor of Chemistry

Brown University

Affiliations

Department of Chemistry

Graduate School

Sarah Delaney is currently serving as a Chemistry Professor of Chemistry at Brown University.

Honors

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Experiences

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Education

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Sarah Delaney

Brown University

Professor of Chemistry

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molecular biology genetics biochemistry dna repair structural biology pharmacology chromatin nucleic acids toxicology enzymes biomolecular structure chemical biology membrane biology structural molecular biology base excision repair biological chemistry genome biology cytogenetics chromosome biology nucleosome core particles genomics biochemical sciences dna analysis nucleic acid amplification free radical biology enzyme inhibition protein science redox biology molecular structure rna biology biological consequences non-b conformations trinucleotide repeat sequences nucleosomal dna chemical sciences cellular biochemistry molecular cell biology analytical toxicology clinical chemistry chemical technology radical (chemistry) in vivo systems epigenomics cell cycle genome instability molecular fragmentation mutagenesis cancer biology clinical toxicology inhalation toxicology experimental toxicology bioorganometallic chemistry dna nanotechnology cell regulation molecular regulation fragmentation effect nuclear organization molecular substrates oxygen reduction reaction redox signaling protein nmr nucleic acid chemistry experimental biophysics trinucleotide repeat sequence structure-dependent dna damage dna glycosylases differential ability hyperoxidized guanine lesions substrate specificity toxic oxidation cycle trinucleotide repeat expansion hairpin intermediate substrate analogs mutagenesis (molecular biology technique) plo biology nature method biological data laboratory investigation systems biology

Notable Scholarly Works

Notable Federal Grants

Collaborators

3, N 4-Etheno-5-Methylcytosine Blocks Tet1-3 Oxidation but is Repaired by Alkbh2, 3 and Fto. Nucleic Acids Research (2024)

Jian MaRui QiEmily M HarcourtYi-Tzai ChenGiovannia M BarbosaZhiyuan PengSamuel HowarthSarah DelaneyDeyu Li

oxygen reduction reactionstructural molecular biologydna repairnucleic acidsstructural biologyredox biologypeptide sciencebiochemistryredox signalingnucleic acid amplificationmembrane biologyprotein nmrmolecular biologyoxidative stressnucleic acid chemistrynuclear magnetic resonanceantioxidantsbiomolecular engineering

Comparative Studies on Bulky Dna Damage Binding by Nucleotide Excision Repair Proteins Using Surface Plasmon Resonance, Differential Scanning Fluorometry, and Dnase I Footprinting. Chemical Research in Toxicology (2024)

Ang CaiKatelyn L. LaVigneAlicia M. CrisalliSarah DelaneyJung-Hyun MinBongsup P. Cho

toxicologycomparative studiessurface plasmon resonancenucleotide excision repairdna repairbiomolecular engineering

Global Screening of Base Excision Repair in Nucleosome Core Particles. DNA repair (2024)

Treshaun B SuttonDanielle L SawyerTasmin NailaJoann B SweasyAlan E TomkinsonSarah Delaney

base excision repairnuclear organizationmolecular biologyglobal screeningnucleosome core particlesdna repair

A Half Century of Exploring Dna Excision Repair in Chromatin. Journal of Biological Chemistry (2023)

Michael J. SmerdonJohn J. WyrickSarah Delaney

biophysicscytogeneticshalf centurydna excision repairchromosome biologybiologymolecular biologychromatinbiological chemistrygenome biology

Ionic Strength Modulates Excision of Uracil by Smug1 From Nucleosome Core Particles. DNA repair (2023)

Katelyn L. RiouxSarah Delaney

ionic strengthfragmentation effectnanotechnologyneurosciencemolecular biologypharmacologynucleosome core particlesdna repairstructural biology

Histone Variants H3.3 and H2A.Z/H3.3 Facilitate Excision of Uracil From Nucleosome Core Particles. DNA repair (2022)

Chuxuan LiKatelyn L. RiouxSarah Delaney

molecular biologynucleosome core particlesdna repairstructural biologygenetics

Kinetic Analysis of the Effect of N -Terminal Acetylation on Thymine Dna Glycosylase. Biochemistry (2022)

Mary E. TarantinoSarah Delaney

thymine dna glycosylasekinetic analysisenzymesbiochemistry

Obstacles and Opportunities for Base Excision Repair in Chromatin. DNA repair (2022)

Dana J. Biechele-SpezialeTreshaun B. SuttonSarah Delaney

cell biologybase excision repairmolecular biologychromatindna repairgenetics

The Domino Effect: Nucleosome Dynamics and the Regulation of Base Excision Repair Enzymes. DNA (2022)

Julia C. CookSarah Delaney

nucleosome dynamicsdomino effectepigeneticsmolecular biologysystems biologycell regulationmolecular regulationgenetics

Nucleosome Core Particles Lacking H2B or H3 Tails Are Altered Structurally and Have Differential Base Excision Repair Fingerprints. Biochemistry (2021)

Paul J. CaffreySarah Delaney

structural biologymolecular biologybiochemistry

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Sarah Delaney

Professor of Chemistry

Brown University

Affiliations

Department of Chemistry

Graduate School

Sarah Delaney is currently serving as a Chemistry Professor of Chemistry 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

Sarah Delaney

Brown University

Professor of Chemistry

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

3, N 4-Etheno-5-Methylcytosine Blocks Tet1-3 Oxidation but is Repaired by Alkbh2, 3 and Fto. Nucleic Acids Research (2024)

Jian MaRui QiEmily M HarcourtYi-Tzai ChenGiovannia M BarbosaZhiyuan PengSamuel HowarthSarah DelaneyDeyu Li

Ang CaiKatelyn L. LaVigneAlicia M. CrisalliSarah DelaneyJung-Hyun MinBongsup P. Cho

toxicologycomparative studiessurface plasmon resonancenucleotide excision repairdna repairbiomolecular engineering

Global Screening of Base Excision Repair in Nucleosome Core Particles. DNA repair (2024)

Treshaun B SuttonDanielle L SawyerTasmin NailaJoann B SweasyAlan E TomkinsonSarah Delaney

base excision repairnuclear organizationmolecular biologyglobal screeningnucleosome core particlesdna repair

A Half Century of Exploring Dna Excision Repair in Chromatin. Journal of Biological Chemistry (2023)

Michael J. SmerdonJohn J. WyrickSarah Delaney

biophysicscytogeneticshalf centurydna excision repairchromosome biologybiologymolecular biologychromatinbiological chemistrygenome biology

Ionic Strength Modulates Excision of Uracil by Smug1 From Nucleosome Core Particles. DNA repair (2023)

Katelyn L. RiouxSarah Delaney

ionic strengthfragmentation effectnanotechnologyneurosciencemolecular biologypharmacologynucleosome core particlesdna repairstructural biology

Histone Variants H3.3 and H2A.Z/H3.3 Facilitate Excision of Uracil From Nucleosome Core Particles. DNA repair (2022)

Chuxuan LiKatelyn L. RiouxSarah Delaney

molecular biologynucleosome core particlesdna repairstructural biologygenetics

Kinetic Analysis of the Effect of N -Terminal Acetylation on Thymine Dna Glycosylase. Biochemistry (2022)

Mary E. TarantinoSarah Delaney

thymine dna glycosylasekinetic analysisenzymesbiochemistry

Obstacles and Opportunities for Base Excision Repair in Chromatin. DNA repair (2022)

Dana J. Biechele-SpezialeTreshaun B. SuttonSarah Delaney

cell biologybase excision repairmolecular biologychromatindna repairgenetics

The Domino Effect: Nucleosome Dynamics and the Regulation of Base Excision Repair Enzymes. DNA (2022)

Julia C. CookSarah Delaney

nucleosome dynamicsdomino effectepigeneticsmolecular biologysystems biologycell regulationmolecular regulationgenetics

Nucleosome Core Particles Lacking H2B or H3 Tails Are Altered Structurally and Have Differential Base Excision Repair Fingerprints. Biochemistry (2021)

Paul J. CaffreySarah Delaney

structural biologymolecular biologybiochemistry

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5
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molecular biology

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Michael P. Stone

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University of California, Riverside

genome stability

artificial intelligence-driven drug discovery

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heat shock proteins

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protein structure

microbiology

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biotechnology advance

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