Faculty

Institution

Unit

Venue

Shinya Shibutani

Professor Research Emeritus

Stony Brook University

Affiliations

Renaissance School of Medicine

Pharmacological Sciences

Shinya Shibutani is currently serving as a Pharmacological Sciences Professor Research Emeritus at Stony Brook University.

Honors

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Experiences

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Education

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Shinya Shibutani

Stony Brook University

Professor Research Emeritus

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molecular biology genetics pharmacology biochemistry toxicology cancer research dna repair gene expression mutagenesis cancer biology tamoxifen-dna adducts enzymes biological chemistry molecular genetics chemical biology redox biology drug discovery mammalian biology nucleic acids cancer genetics protein science analytical toxicology enzyme inhibition cancer treatment dna analysis oncogenic agent clinical toxicology translesion synthesis mammalian cells molecular science drug analysis chemical sciences medicinal research molecular cancer biocatalysis experimental toxicology dna synthesis translesional synthesis dna templates acetylaminofluorene-derived dna adducts genome biology cancer genomics enzyme catalysis molecular catalysis anti-cancer agents mutagenic properties mutagenic specificity structural molecular biology gynecologic oncology enzymatic modification cancer growth endocrine disruptors cancer risk endocrine oncology dna damage human dna polymerases molecular cell biology biochemical genetics catalytic synthesis molecular biotechnology liver cancer steroid metabolism molecular research gene editing heterocyclic rna biology substrate specificity dna template oligomeric dna mutagenic potential mammalian dna polymerases protein genetics adrenal disease radiation biology selective toxicity cell proliferation gynecology endocrinology cancer letter breast cancer hormonal receptor

Notable Scholarly Works

Notable Federal Grants

Collaborators

Less Carcinogenic Chlorinated Estrogens Applicable to Hormone Replacement Therapy. International Journal of Molecular Sciences (2021)

Yoshinori OkamotoHideto JinnoShinji ItohShinya Shibutani

pharmacology

Carcinogenic Potential of Fluorinated Estrogens in Mammary Tumorigenesis. Toxicology Letters (2019)

Yoshinori OkamotoHideto JinnoShinji ItohShinya Shibutani

pathologyexperimental toxicologypharmacologyregulatory toxicologybreast cancerclinical toxicologycancer researchendocrine oncologyendocrine disruptorsmolecular cancercancer riskendocrinologyurologyin vitro toxicologycarcinogenic potentialtoxicologyanalytical toxicologyecotoxicologyfluorinated estrogensmammary tumorigenesisoncology

Development of Novel and Safer Anti-Breast Cancer Agents, Ss1020 and Ss5020, Based on a Fundamental Carcinogenic Research. Genes and Environment (2019)

Yoshinori OkamotoShinya Shibutani

breast oncologyanti-breast cancer agentscancer researchtreatment developmentoncogenic agentpharmacologyfundamental carcinogenic researchgeneticscancer treatmentoncologybreast cancer

Contents Vol. 34, 2017. Digestive Surgery (2017)

K ConlonG TorzilliD DudaAmsterdam GoumaTokyo MakuuchiKyoto TakaoriRotterdam Van LanschotM AdhamLyon AndoYokohama CoffM LimerickStockholm ChiaroMilan DonadonBern GloorVerona IaconoNagoya KoderaTokyo KokudoFla OrlandoKagoshima NatsugoeDublin O'tooleEdinburgh ParksGhent RogiersP StassenAmsterdam TanisTex HoustonRotterdam VerhoefMilan ViganòR AdamParis AngstGlarus BarauskasKaunas BassiVerona BeltRotterdam BeppuKumamoto BiondoBarcelona BockhornHamburg CarterP GlasgowZurich ClavienNew D' AngelicaN YorkOhio ClevelandAthens DervenisC LeuvenDublin DonohoeEdinburgh DuxburyOsaka EguchiMunich FriessSapporo FuruhataM GriffiNewcastle UponTyne GiulianteRome HanSeoul HardwickCambridge HeinrichMainz KeckLübeck KnowlesVic KobayashiOsaka KrähenbühlGlarus KunisakiYokohama LacyBarcelona LassenOslo LewisNorwich NaginoNagoya NeumannAachen OlaussonGöteborg PattynGhent PinnaBologna PopescuBucarest RothbarthRotterdam SchneiderZurich ShimadaTokyo ShrikhandeH MumbaiRotterdam TilanusSaitama UenoAmsterdam Van GulikUtrecht Van HillegersbergJ RotterdamG WindsorVenice ZaninottoK SasakiH KawasakiM SatoK KoyamaF YoshimiH NagaiT TanakaT SatoK YamashitaK HosodaT NakamuraM WatanabeY ItoY AbeK HandaS ShibutaniT EgawaD HokutoT NomiC Kawaguchi

gastroenterologyemergency medicinegastrointestinal surgery

Anti-Breast Cancer Potential of Daidzein in Rodents. Life Sciences (2012)

Xiaoping LiuNaomi SuzukiY.R. Santosh LaxmiYoshinori OkamotoShinya Shibutani

anti-breast cancer potentialmedicinepharmacologyhealth sciencesoncologybreast cancer

Abstract 4528: Genotoxic and Estrogenic Properties of New Antiestrogens. Cancer Research (2011)

Shinya ShibutaniY. R. Santosh LaxmiNaomi SuzukiYoshinori Okamoto

toxicologyestrogenic propertiesendocrine disruptorscancer researchpharmacologyendocrinologycancer treatmenthealth sciencesoncologycancer biology

Abstract 4617: Novel Antiestrogens, Ss1020 and Ss5020, for Breast Cancer Therapy and Prevention. Cancer Research (2010)

Shinya ShibutaniNaomi SuzukiXiaoping LiuHyo Jeong KimY. R. Santosh LaxmiYoshinori Okamoto

cancer biologynovel antiestrogensbreast cancer therapycancer preventioncancer researchpharmacologycancer treatmenthealth sciencesoncologybreast cancer

Anti‐Breast Cancer Potential of Ss1020, a Novel Antiestrogen Lacking Estrogenic and Genotoxic Actions. International Journal of Cancer (2010)

Y.R. Santosh LaxmiXiaoping LiuNaomi SuzukiSung Yeon KimKanako OkamotoHyo Jeong KimGuangxiang ZhangJohn J. ChenYoshinori OkamotoShinya Shibutani

cancer biologygenotoxic actionscancer researchpharmacologyoncologybreast cancer

Anti‐Breast Cancer Potential of Ss5020, a Novel Benzopyran Antiestrogen. International Journal of Cancer (2010)

Naomi SuzukiXiaoping LiuY. R. Santosh LaxmiKanako OkamotoHyo Jeong KimGuangxiang ZhangJohn J. ChenYoshinori OkamotoShinya Shibutani

cancer biologycancer researchpharmacologyhealth sciencesoncologybreast cancer

Equine Estrogen-Induced Mammary Tumors in Rats. Toxicology Letters (2010)

Yoshinori OkamotoXiaoping LiuNaomi SuzukiKanako OkamotoHyo Jeong KimY.R. Santosh LaxmiKazutoshi SayamaShinya Shibutani

neurologytoxicologyclinical toxicologymedical mycologyendocrine oncologymammary glandradiologyexperimental toxicologypharmacologyreproductive medicineregulatory toxicologyveterinary medicineendocrinologylivestock scienceequine-assisted therapyoncologybreast cancerin vitro toxicology

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Shinya Shibutani

Professor Research Emeritus

Stony Brook University

Affiliations

Renaissance School of Medicine

Pharmacological Sciences

Shinya Shibutani is currently serving as a Pharmacological Sciences Professor Research Emeritus at Stony Brook 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

Shinya Shibutani

Stony Brook University

Professor Research Emeritus

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Less Carcinogenic Chlorinated Estrogens Applicable to Hormone Replacement Therapy. International Journal of Molecular Sciences (2021)

Yoshinori OkamotoHideto JinnoShinji ItohShinya Shibutani

pharmacology

Carcinogenic Potential of Fluorinated Estrogens in Mammary Tumorigenesis. Toxicology Letters (2019)

Yoshinori OkamotoHideto JinnoShinji ItohShinya Shibutani

Development of Novel and Safer Anti-Breast Cancer Agents, Ss1020 and Ss5020, Based on a Fundamental Carcinogenic Research. Genes and Environment (2019)

Yoshinori OkamotoShinya Shibutani

breast oncologyanti-breast cancer agentscancer researchtreatment developmentoncogenic agentpharmacologyfundamental carcinogenic researchgeneticscancer treatmentoncologybreast cancer

Contents Vol. 34, 2017. Digestive Surgery (2017)

gastroenterologyemergency medicinegastrointestinal surgery

Anti-Breast Cancer Potential of Daidzein in Rodents. Life Sciences (2012)

Xiaoping LiuNaomi SuzukiY.R. Santosh LaxmiYoshinori OkamotoShinya Shibutani

anti-breast cancer potentialmedicinepharmacologyhealth sciencesoncologybreast cancer

Abstract 4528: Genotoxic and Estrogenic Properties of New Antiestrogens. Cancer Research (2011)

Shinya ShibutaniY. R. Santosh LaxmiNaomi SuzukiYoshinori Okamoto

toxicologyestrogenic propertiesendocrine disruptorscancer researchpharmacologyendocrinologycancer treatmenthealth sciencesoncologycancer biology

Abstract 4617: Novel Antiestrogens, Ss1020 and Ss5020, for Breast Cancer Therapy and Prevention. Cancer Research (2010)

Shinya ShibutaniNaomi SuzukiXiaoping LiuHyo Jeong KimY. R. Santosh LaxmiYoshinori Okamoto

cancer biologynovel antiestrogensbreast cancer therapycancer preventioncancer researchpharmacologycancer treatmenthealth sciencesoncologybreast cancer

Anti‐Breast Cancer Potential of Ss1020, a Novel Antiestrogen Lacking Estrogenic and Genotoxic Actions. International Journal of Cancer (2010)

Y.R. Santosh LaxmiXiaoping LiuNaomi SuzukiSung Yeon KimKanako OkamotoHyo Jeong KimGuangxiang ZhangJohn J. ChenYoshinori OkamotoShinya Shibutani

cancer biologygenotoxic actionscancer researchpharmacologyoncologybreast cancer

Anti‐Breast Cancer Potential of Ss5020, a Novel Benzopyran Antiestrogen. International Journal of Cancer (2010)

Naomi SuzukiXiaoping LiuY. R. Santosh LaxmiKanako OkamotoHyo Jeong KimGuangxiang ZhangJohn J. ChenYoshinori OkamotoShinya Shibutani

cancer biologycancer researchpharmacologyhealth sciencesoncologybreast cancer

Equine Estrogen-Induced Mammary Tumors in Rats. Toxicology Letters (2010)

Yoshinori OkamotoXiaoping LiuNaomi SuzukiKanako OkamotoHyo Jeong KimY.R. Santosh LaxmiKazutoshi SayamaShinya Shibutani

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Francis Johnson

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natural product communication

medicinal chemistry

Arthur P. Grollman

Institution

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cancer letter

future medicinal chemistry

David Hein

Institution

University of Louisville

biomedical informatics

biostatistics

Moon-shong Tang

Institution

New York University

health informatics

medicine

Arun Sharma

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Pennsylvania State University

cancer letter

future medicinal chemistry

Ramesh Gupta

Institution

University of Louisville

nanomedicine

nano carriers

Fung-Lung Chung

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Georgetown University

pharmacology

cancer research

William Baird

Institution

Oregon State University

regulatory toxicology

toxicological mechanism

Dhimant Desai

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Pennsylvania State University

future medicinal chemistry

organic chemistry

James Swenberg

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University of North Carolina at Chapel Hill

genome instability

mutagenesis (molecular biology technique)