Faculty

Institution

Unit

Venue

Nicholas Geacintov

Professor of Chemistry

New York University

Affiliations

Arts & Science

Chemistry

Graduate School of Arts & Science

Nicholas Geacintov is currently serving as an Arts & Science Professor of Chemistry at New York University.

Honors

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Experiences

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Education

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Nicholas Geacintov

New York University

Professor of Chemistry

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molecular biology biochemistry nucleic acids dna repair biophysics nucleic acid chemistry genetics organic chemistry molecular structure structural biology oligonucleotides chemical biology structural molecular biology photochemistry dna analysis biological chemistry genome instability redox biology structural chemistry protein science molecular science tumor biology mutagenesis enzymes chemical sciences molecular cancer genome biology molecular cell biology membrane biology photobiology cancer genetics free radical biology conformational studies biochemical sciences plant physiology cancer biology nucleotide excision repair rna biology cancer genomics dna nanotechnology radical (chemistry) biological inorganic chemistry bioenergetics dna duplex surface reactivity solution conformation dna damage molecular research functional modification experimental toxicology genome structure transcription regulation cancer growth phosphorescence redox chemistry dna adducts molecular substrates nucleic acid amplification epigenomics aqueous solutions translesion dna synthesis dna lesions photosynthetic membranes covalent adducts linear dichroism molecular biotechnology cancer risk magnetic fields tumor targeting dna duplexes guanine lesions electron transfer radiation biology anti-cancer agents mammalian cells absolute configurations plo biology base excision repair chromatin chemical species

Notable Scholarly Works

Notable Federal Grants

Collaborators

Hypoxia-Dependent Recruitment of Error-Prone Dna Polymerases to Genome Replication. Oncogene (2024)

Ran YehudaIdo DromiYishai LevinThomas CarellNicholas GeacintovZvi Livneh

error-prone dna polymeraseshypoxia-dependent recruitmentoncogenes

Variable Inhibition of Dna Unwinding Rates Catalyzed by the Sars-Cov-2 Helicase Nsp13 by Structurally Distinct Single Dna Lesions. International Journal of Molecular Sciences (2024)

Ana H. SalesIwen FuAlexander DurandinSam CiervoTania J. LupoliVladimir ShafirovichSuse BroydeNicholas E. Geacintov

virus researchsars-cov-2covid-19molecular sciencemolecular virologyvirologymolecular biologydna repairstructural biology

Abstract 4245: Effects of Black Raspberries Extract on Dna Repair Capacity and Metabolic Activation/Detoxification of the Tobacco Carcinogen Dibenzo[ Def,P ] in Human Oral Cells. Cancer Research (2023)

Yuan-Wan SunKun-Ming ChenAna H. SalesNicholas GeacintovKaram El-Bayoumy

cancer geneticsdna repaircancer caremolecular cancercancer genomicsoral biologyanti-cancer agentscancer biologyapplied phycologycancer researchhuman oral cellscancer treatmenttumor biologycarcinogenesispharmacologyradiation oncologydna repair capacitygeneticsoncologymedicinal research

MD Package of Wtxpd-Damaged-Ssdna. Figshare (2023)

Iwen FuNicholas E GeacintovSuse Broyde

molecular biologygeneticsdna repair

Differing Structures and Dynamics of Two Photolesions Portray Verification Differences by the Human Xpd Helicase. Nucleic Acids Research (2023)

Iwen FuNicholas E GeacintovSuse Broyde

protein structuredna repairbiochemistrystructure determinationenzymesverification differencesbiomolecular structurestructural biologyprotein sciencenucleic acidsnucleic acid amplificationfunctional modificationnucleic acid chemistrygeneticsmolecular structuremolecular biologystructural molecular biologybiological imaginghuman xpd helicase

Preface of Special Issue in Honor of Dr. Martin Pope. Organic Electronics (2023)

Nicholas E. GeacintovClaudia E. AvalosStephanie S. Lee

organic electronicsreligious studiesoptoelectronics

Author Correction: Mutational Signatures Reveal the Role of Rad52 in P53-Independent P21-Driven Genomic Instability. Genome biology (2022)

Panagiotis GalanosGeorge PappasAlexander PolyzosAthanassios KotsinasIoanna SvolakiNickolaos N. GiakoumakisChristina GlytsouIoannis S. PaterasUmakanta SwainVassilis L. SouliotisAlexandros G. GeorgakilasNicholas GeacintovLuca ScorranoClaudia LukasJiri LukasZvi LivnehZoi LygerouDipanjan ChowdhuryClaus Storgaard SørensenJiri BartekVassilis G. Gorgoulis

genome biologyauthor correctioncancer geneticsmutational signaturescancer researchcancer genomicsmolecular biologyoncogenesgenome instability

Inhibition of E. Coli Recq Helicase Activity by Structurally Distinct Dna Lesions: Structure—Function Relationships. International Journal of Molecular Sciences (2022)

Ana H. SalesVincent ZhengMaya A. KenawyMark KakemboLu ZhangVladimir ShafirovichSuse BroydeNicholas E. Geacintov

molecular researchstructure-function enzyme kineticsprotein structurebiochemistrygenome biologygenome structuremolecular scienceenzymesstructural biologyfunction relationshipsmolecular diversitystructural genomicsgenomicsenzyme inhibitiongeneticsmolecular structuremolecular biologymolecular geneticsstructural molecular biologydistinct dna lesions

Mechanism of Lesion Verification by the Human Xpd Helicase in Nucleotide Excision Repair. Nucleic Acids Research (2022)

Iwen FuHong MuNicholas E GeacintovSuse Broyde

lesion verificationbiophysicspharmacologygeneticsnucleotide excision repairdna repairhuman xpd helicase

Treatment of Human Hela Cells With Black Raspberry Extracts Enhances the Removal of Dna Lesions by the Nucleotide Excision Repair Mechanism. Antioxidants (2022)

Ana H. SalesMarina KolbanovskiyNicholas E. GeacintovKun-Ming ChenYuan-Wan SunKaram El-Bayoumy

gene therapynanomedicinehuman hela cellsdna repairdna lesionscell biologyantioxidantsanti-cancer agentscell therapyoxidative stressregenerative medicinefunctional modificationbiological engineeringpharmacologyfree radical biologyredox biologybiological therapiesmedicinal researchcellular therapy

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Nicholas Geacintov

Professor of Chemistry

New York University

Affiliations

Arts & Science

Chemistry

Graduate School of Arts & Science

Nicholas Geacintov is currently serving as an Arts & Science Professor of Chemistry at New York 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

Nicholas Geacintov

New York University

Professor of Chemistry

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Hypoxia-Dependent Recruitment of Error-Prone Dna Polymerases to Genome Replication. Oncogene (2024)

Ran YehudaIdo DromiYishai LevinThomas CarellNicholas GeacintovZvi Livneh

error-prone dna polymeraseshypoxia-dependent recruitmentoncogenes

Variable Inhibition of Dna Unwinding Rates Catalyzed by the Sars-Cov-2 Helicase Nsp13 by Structurally Distinct Single Dna Lesions. International Journal of Molecular Sciences (2024)

Ana H. SalesIwen FuAlexander DurandinSam CiervoTania J. LupoliVladimir ShafirovichSuse BroydeNicholas E. Geacintov

virus researchsars-cov-2covid-19molecular sciencemolecular virologyvirologymolecular biologydna repairstructural biology

Yuan-Wan SunKun-Ming ChenAna H. SalesNicholas GeacintovKaram El-Bayoumy

MD Package of Wtxpd-Damaged-Ssdna. Figshare (2023)

Iwen FuNicholas E GeacintovSuse Broyde

molecular biologygeneticsdna repair

Differing Structures and Dynamics of Two Photolesions Portray Verification Differences by the Human Xpd Helicase. Nucleic Acids Research (2023)

Iwen FuNicholas E GeacintovSuse Broyde

Preface of Special Issue in Honor of Dr. Martin Pope. Organic Electronics (2023)

Nicholas E. GeacintovClaudia E. AvalosStephanie S. Lee

organic electronicsreligious studiesoptoelectronics

Author Correction: Mutational Signatures Reveal the Role of Rad52 in P53-Independent P21-Driven Genomic Instability. Genome biology (2022)

genome biologyauthor correctioncancer geneticsmutational signaturescancer researchcancer genomicsmolecular biologyoncogenesgenome instability

Inhibition of E. Coli Recq Helicase Activity by Structurally Distinct Dna Lesions: Structure—Function Relationships. International Journal of Molecular Sciences (2022)

Ana H. SalesVincent ZhengMaya A. KenawyMark KakemboLu ZhangVladimir ShafirovichSuse BroydeNicholas E. Geacintov

Mechanism of Lesion Verification by the Human Xpd Helicase in Nucleotide Excision Repair. Nucleic Acids Research (2022)

Iwen FuHong MuNicholas E GeacintovSuse Broyde

lesion verificationbiophysicspharmacologygeneticsnucleotide excision repairdna repairhuman xpd helicase

Treatment of Human Hela Cells With Black Raspberry Extracts Enhances the Removal of Dna Lesions by the Nucleotide Excision Repair Mechanism. Antioxidants (2022)

Ana H. SalesMarina KolbanovskiyNicholas E. GeacintovKun-Ming ChenYuan-Wan SunKaram El-Bayoumy

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Similar Faculty Members

Suse Broyde

Institution

New York University

molecular biology

mutagenesis (molecular biology technique)

Roger M. Leblanc

Institution

University of Miami

materials science

biophysics

Michael L. Gross

Institution

Washington University in St. Louis

biological chemistry

proteomics

Lawrence J. Marnett

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Vanderbilt University

anti-inflammatory agent

biochemistry

Steven R. Tannenbaum

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Massachusetts Institute of Technology

pharmacology

biochemistry

Jens Meiler

Institution

Vanderbilt University

molecular informatics

biomolecular engineering

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Vanderbilt University

dna sequencing

molecular biology

Stephen J. Lippard

Institution

Massachusetts Institute of Technology

inorganic chemistry

coordination chemistry

Periannan Kuppusamy

Institution

Dartmouth College

photomedicine

electron paramagnetic resonance

Shantu Amin

Institution

Pennsylvania State University

cancer letter

polycyclic aromatic hydrocarbon