Faculty

Institution

Unit

Venue

Eishi Noguchi

Professor; Director Graduate Program in Molecular & Cellular Biology & Genetics

Drexel University

Affiliations

College of Medicine

Biochemistry & Molecular Biology

Eishi Noguchi is currently serving as a Biochemistry & Molecular Biology Professor; Director Graduate Program in Molecular & Cellular Biology & Genetics at Drexel University.

Honors

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Experiences

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Education

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Eishi Noguchi

Drexel University

Professor; Director Graduate Program in Molecular & Cellular Biology & Genetics

You can click a keyword to filter the displayed items

molecular biology genetics cell biology dna repair genome biology cell cycle replication genomics gene expression yeast biochemistry dna replication epigenetics molecular cell biology genome instability fission yeast human genetics rna biology molecular genetics autophagy cancer biology chromosome biology sister chromatid cohesion protein science medicinal research cellular biology gene regulation replication forks esophageal keratinocytes replisome components chromatin immunoprecipitation molecular cancer oncogenes cell metabolism redox biology cellular physiology nucleic acids epigenomics cancer genomics cancer genetics epigenetic changes biogerontology lifespan extension metabolic regulation replication fork fission yeast telomeres dna damage replication factors biochemical sciences molecular ecology biological chemistry aging cell mammalian biology survivable system chromosomal rearrangements molecular research molecular microbiology protein function molecular regulation transcription regulation aging process microbial genetics treatment and prevention clinical mycology gene function secondary metabolism human exposure endocrine disruptors somatic cell genetics cytogenetics sister-chromatid cohesion current insights fanconi anemia eukaryotic replication machinery replication fork protection differential arrival

Notable Scholarly Works

Notable Federal Grants

Collaborators

Timeless Prevents Senescence-Associated Phenotypes and Enhances Dna Repair to Promote Esophageal Cancer Cell Growth. Experimental Cell Research (2025)

cellular senescencecell biologycarcinogenesiscancer researchcancer cellsdna repair

The P53 Dna Damage Response and Fanconi Anemia Dna Repair Pathway Protect Against Acetaldehyde-Induced Replication Stress in Esophageal Keratinocytes. Cell Cycle (2023)

Jasmine D. PeakeKalisse I. HorneChiaki NoguchiJohn P. GilliganEishi Noguchi

cellular biologygeneticstumor biologycell biologycancer researchcancer geneticsmolecular biologyesophageal keratinocytesdna repaironcogenescell cyclecellular physiologymolecular cancerdna replicationesophageal cancerreplicationacetaldehyde-induced replication stresscell proliferationmolecular cell biologyredox biology

Fanconi Anemia: Current Insights Regarding Epidemiology, Cancer, and Dna Repair. Human Genetics (2022)

Jasmine D. PeakeEishi Noguchi

epidemiologycurrent insightsfanconi anemiahuman geneticsdna repair

Lncrna H19/Let7B/Ezh2 Axis Regulates Somatic Cell Senescence. bioRxiv (Cold Spring Harbor Laboratory) (2022)

Manali PotnisJustin DoOlivia El NaggarEishi NoguchiChristian Sell

cancer biologysomatic cell senescencecell signalingcellular senescencecell biologyepigeneticsgene regulationmolecular biologygene expressioncell regulationrna biologygenetics

The Methyltransferase Enzymes Kmt2D, Setd1B, and Ash1L Are Key Mediators of Both Metabolic and Epigenetic Changes During Cellular Senescence. Molecular Biology of the Cell (2022)

Timothy NacarelliAshley AzarManali PotnisGregg JohannesJoshua MellF. Brad JohnsonHolly Brown-BorgEishi NoguchiChristian Sell

short-term variabilityepigenetic changeskey mediatorsenzymescellular senescenceepigeneticscell biologymolecular biologygene expressioncellular physiologybiochemistrycell metabolismkey sitemetabolismmolecular metabolismmetabolic regulationmolecular physiologymembrane biologymolecular cell biology

Alcohol Metabolism Enriches Squamous Cell Carcinoma Cancer Stem Cells That Survive Oxidative Stress via Autophagy. Biomolecules (2021)

Masataka ShimonosonoKoji TanakaSamuel FlashnerSatoshi TakadaNorihiro MatsuuraYasuto TomitaUma M. SachdevaEishi NoguchiVeena SangwanLorenzo FerriFatemeh Momen-HeraviAngela J. YoonAndres J. Klein-SzantoJ. Alan DiehlHiroshi Nakagawa

alcohol metabolismautophagypharmacologyvascular biologycancer researchmolecular biologyoxidative stressendocrine disruptorsmedicinal researchcell metabolismsystems biologycancer biologyregenerative medicinehuman exposuresecondary metabolismmembrane biologyredox biologycancer genomicsoncology

Fancd2 Limits Acetaldehyde‐Induced Genomic Instability During Dna Replication in Esophageal Keratinocytes. Molecular Oncology (2021)

Jasmine D. PeakeChiaki NoguchiBaicheng LinAmber TheriaultMargaret O'ConnorShivani ShethKoji TanakaHiroshi NakagawaEishi Noguchi

geneticstumor biologycell biologycancer researchmolecular biologyesophageal keratinocytesgene expressiononcogenesgenome instabilitymedicinal researchmolecular cancerdna replicationcancer biologygenome biologyclinical mycologymolecular cell biologycancer geneticscancer genomicsoncology

Maf1 Limits Rna Polymerase III-Directed Transcription to Preserve Genomic Integrity and Extend Lifespan. Cell Cycle (2021)

Chiaki NoguchiLucy WangMihir ShettyJoshua Chang MellChristian SellEishi Noguchi

cell cyclecell biologygenomicsgenome biologymolecular biologylifespan extensiongene expressionrna biologygenetics

Roles of Timeless in Dna Repair and Carcinogenesis. (2021)

genome instabilitynucleic acidscarcinogenesismolecular biologydna repair

Autophagy Mitigates Ethanol-Induced Mitochondrial Dysfunction and Oxidative Stress in Esophageal Keratinocytes. PLoS ONE (2020)

Prasanna M. ChandramouleeswaranManti GuhaMasataka ShimonosonoKelly A. WhelanHisatsugu MaekawaUma M. SachdevaGordon RuthelSarmistha MukherjeeNoah EngelMichael V. GonzalezJames GarifallouShinya OhashiAndres J. Klein-SzantoClementina A. MesarosIan A. BlairRenata Pellegrino da SilvaHakon HakonarsonEishi NoguchiJoseph A. BaurHiroshi Nakagawa

physiologycell biologyethanol-induced mitochondrial dysfunctionautophagyoxidative stressesophageal keratinocytes

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Eishi Noguchi

Professor; Director Graduate Program in Molecular & Cellular Biology & Genetics

Drexel University

Affiliations

College of Medicine

Biochemistry & Molecular Biology

Eishi Noguchi is currently serving as a Biochemistry & Molecular Biology Professor; Director Graduate Program in Molecular & Cellular Biology & Genetics at Drexel 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

Eishi Noguchi

Drexel University

Professor; Director Graduate Program in Molecular & Cellular Biology & Genetics

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Timeless Prevents Senescence-Associated Phenotypes and Enhances Dna Repair to Promote Esophageal Cancer Cell Growth. Experimental Cell Research (2025)

cellular senescencecell biologycarcinogenesiscancer researchcancer cellsdna repair

The P53 Dna Damage Response and Fanconi Anemia Dna Repair Pathway Protect Against Acetaldehyde-Induced Replication Stress in Esophageal Keratinocytes. Cell Cycle (2023)

Jasmine D. PeakeKalisse I. HorneChiaki NoguchiJohn P. GilliganEishi Noguchi

Fanconi Anemia: Current Insights Regarding Epidemiology, Cancer, and Dna Repair. Human Genetics (2022)

Jasmine D. PeakeEishi Noguchi

epidemiologycurrent insightsfanconi anemiahuman geneticsdna repair

Lncrna H19/Let7B/Ezh2 Axis Regulates Somatic Cell Senescence. bioRxiv (Cold Spring Harbor Laboratory) (2022)

Manali PotnisJustin DoOlivia El NaggarEishi NoguchiChristian Sell

cancer biologysomatic cell senescencecell signalingcellular senescencecell biologyepigeneticsgene regulationmolecular biologygene expressioncell regulationrna biologygenetics

The Methyltransferase Enzymes Kmt2D, Setd1B, and Ash1L Are Key Mediators of Both Metabolic and Epigenetic Changes During Cellular Senescence. Molecular Biology of the Cell (2022)

Timothy NacarelliAshley AzarManali PotnisGregg JohannesJoshua MellF. Brad JohnsonHolly Brown-BorgEishi NoguchiChristian Sell

Alcohol Metabolism Enriches Squamous Cell Carcinoma Cancer Stem Cells That Survive Oxidative Stress via Autophagy. Biomolecules (2021)

Fancd2 Limits Acetaldehyde‐Induced Genomic Instability During Dna Replication in Esophageal Keratinocytes. Molecular Oncology (2021)

Jasmine D. PeakeChiaki NoguchiBaicheng LinAmber TheriaultMargaret O'ConnorShivani ShethKoji TanakaHiroshi NakagawaEishi Noguchi

Maf1 Limits Rna Polymerase III-Directed Transcription to Preserve Genomic Integrity and Extend Lifespan. Cell Cycle (2021)

Chiaki NoguchiLucy WangMihir ShettyJoshua Chang MellChristian SellEishi Noguchi

cell cyclecell biologygenomicsgenome biologymolecular biologylifespan extensiongene expressionrna biologygenetics

Roles of Timeless in Dna Repair and Carcinogenesis. (2021)

genome instabilitynucleic acidscarcinogenesismolecular biologydna repair

Autophagy Mitigates Ethanol-Induced Mitochondrial Dysfunction and Oxidative Stress in Esophageal Keratinocytes. PLoS ONE (2020)

physiologycell biologyethanol-induced mitochondrial dysfunctionautophagyoxidative stressesophageal keratinocytes

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6
10 / page

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Similar Faculty Members

David Cortez

Institution

Vanderbilt University

genome maintenance

molecular cancer

John M Sedivy

Institution

Brown University

cellular senescence

chromatin remodeling

Lucio Comai

Institution

University of Southern California

cellular senescence

gene expression

Leona D. Samson

Institution

Massachusetts Institute of Technology

genetics

molecular biology

Lee Zou

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Duke University

molecular biology

genetics

Jac Nickoloff

Institution

Colorado State University

genome instability

dna repair pathways

James Wohlschlegel

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University of California, Los Angeles

molecular informatics

bioinformatics

Carol Greider

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University of California, Santa Cruz

dna replication

genetics

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Vanderbilt University

nascent transcription

oncogene

Wei Dai

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oncogene

molecular cancer