Faculty

Institution

Unit

Venue

Joseph Nevins

Duke University

Affiliations

Duke University School of Medicine

Molecular Genetics & Microbiology

NoneJoseph Nevins is currently serving as a Duke University School Of Medicine faculty at Duke University.

Honors

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Experiences

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Education

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Joseph Nevins

Duke University

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genetics molecular biology gene expression cell biology oncology tumor biology cancer biology cancer genomics virology transcription regulation gene regulation medicinal research viral genetics cancer genetics transcription factors molecular virology medicine signal transduction cell signaling molecular and cellular biology gene function genome biology molecular cancer molecular regulation rna biology cancer treatment cancer care molecular cell biology oncogenes cell regulation virus research protein science mammalian biology general virology cellular biology protein expression cell cycle microarray data analysis molecular physiology prognosis breast oncology genomic signatures cell death genome analysis pathway analysis cell proliferation cancer cells apoptosis genomic medicine gene expression profiles respiratory medicine medical genetics viral evolution biological chemistry biomedical informatics gene expression profiling genomic strategy gene expression signatures viral oncology computational genomics clinical evidence protein function biomolecular interactions biomedical modeling nuclear rna mammalian cells cell fate human cancers rb protein cell growth control transcriptional activation dna-binding activity viral oncoproteins human breast cancer gene expression genomics selective induction

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Data From Genomic and Molecular Profiling Predicts Response to Temozolomide in Melanoma. (2023)

Christina K. AugustineJin Soo YooAnil PottiYasunori YoshimotoPatricia A. ZipfelHenry S. FriedmanJoseph R. NevinsFrancis Ali-OsmanDouglas S. Tyler

genomicsgenome biologyleukemiapharmacologymelanomacancer researchmicroarray data analysisgeneticsmammalian biologycancer immunotherapycancer genomicsgenome analysismolecular diagnosticsoncologymedicinal researchskin cancertumor biologycell biology

Data From Myc-Induced Micrornas Integrate Myc-Mediated Cell Proliferation and Cell Fate. (2023)

Jong Wook KimSeiichi MoriJoseph R. Nevins

gene therapycell deathcancer geneticsgenome biologycell proliferationcancer biologymembrane biologymyc-mediated cell proliferationcancer immunotherapycancer growthmyc-induced micrornastumor biologyvirus researchcarcinogenesispharmacologygeneticsmolecular biologyoncogenesmedicinal researchcell faterna biology

Supplementary Tables 1-6 From Myc-Induced Micrornas Integrate Myc-Mediated Cell Proliferation and Cell Fate. (2023)

Jong Wook KimSeiichi MoriJoseph R. Nevins

gene therapycell deathcancer geneticscell fate determinationpathologyprostate cancermolecular cancercell proliferationcancer biologydermatologyleukemiamyc-mediated cell proliferationcancer immunotherapycancer growthmyc-induced micrornastumor biologycarcinogenesispharmacologyoncogenescancer cellscell fate

Insight Into Mammary Gland Development and Tumor Prevention in a Newly Developed Metastatic Mouse Model of Breast Cancer. bioRxiv (Cold Spring Harbor Laboratory) (2021)

Briana ToCarson BroekerJing-Ru JhanRachel RempelJonathan P. RennhackDaniel HollernLauren JacksonDavid JudahMatt SwiatnickiEvan BylettRachel KubiakJordan HoneysettShams ReazJoseph NevinsEran Andrechek

metastasispancreatic cancerknockout micedisease progressionstem cell researchvascular biologymammary glandbreast cancercancer biologymammary gland developmentcancer researchurologymammalian biologytumor biologyradiation oncologygeneticsmetastatic mouse modelcancer imagingoncologytumor preventionmedicinal research

Table of Contents. IEEE Signal Processing Magazine (2020)

Mathews JacobJong YeLeslie YingMariya DonevaJeffrey FesslerBihan WenSaiprasad RavishankarLuke PfisterYoram BreslerMerry ManiJustin HaldarKawin SetsompopAnthony ChristodoulouSajan LingalaJonathan TamirFrank OngSuma AnandEkin KarasanKe WangMichael LustigRizwan AhmadCharles BoumanGregery BuzzardStanley ChanSizhuo LiuEdward ReehorstPhilip SchniterChristopher SandinoJoseph ChengFeiyu ChenMorteza MardaniJohn PaulyShreyas VasanawalaFlorian KnollKerstin HammernikChi ZhangSteen MoellerThomas PockDaniel SodicksonMehmet Akc akayaDeep ResonanceDong LiangJing ChengZiwen Ke

computational imagingmagnetic resonance imagingreconstruction techniquesdeep learningmachine learning researchdata sciencemodel-based reconstructionneuroimaginginverse problemssignal reconstructionimage reconstructionimage representationneural network (machine learning)image restorationlinear predictabilitymedical imagingmedical image computingdigital image processingbiomedical imagingbiomedical informaticsradiologyimage denoising

Utilization of Genomic Signatures for Personalized Treatment of Breast Cancer. CRC Press eBooks (2020)

P. Kelly MarcomCarey K. AndersGeoffrey S. GinsburgAnil PottiJoseph R. Nevins

genomicsgenome biologygenomic signaturesgene expressionpharmacologycancer carepersonal genomicsgenomic medicinepersonalized treatmentscancer genomicsbreast canceroncologymedicinal researchcancer treatmenthealth sciencesbioinformaticscell biology

Author Correction: Division of Labour Between Myc and G1 Cyclins in Cell Cycle Commitment and Pace Control. Nature Communications (2018)

Peng DongManoj V. MaddaliJaydeep K. SrimaniFrançois ThélotJoseph R. NevinsBernard Mathey-PrevotLingchong You

chronobiologycell cycle commitmentgeneticspace controlauthor correction

Trans-Study Projection of Genomic Biomarkers in Analysis of Oncogene Deregulation and Breast Cancer. Oxford University Press eBooks (2018)

Dan MerlJoseph LucasJoseph NevinsHaige ShenMike West

genomicsgenome biologygene expressioncancer researchepidemiologycancer genomicsgenome analysisgenetic analysistrans-study projectionbiostatisticsbreast canceroncologyprognostic biomarkersmedicinal researchoncogene deregulationgenomic biomarkershealth sciences

RETRACTION: Acharya Cr, Et Al. Gene Expression Signatures, Clinicopathological Features, And. (2017)

Chaitanya R. AcharyaDavid S. HsuCarey K. AndersAriel AnguianoKelly H. SalterKelli S. WaltersRichard C. RedmanSascha A. TuchmanCynthia A. MoylanSayan MukherjeeWilliam T. BarryHolly K. DressmanGeoffrey S. GinsburgKelly P. MarcomKatherine S. GarmanGary H. LymanJoseph R. NevinsAnil Potti

acharya crclinicopathological featuresgene expressiongeneticsgene expression signatures

E2F1-Mediated Induction of Nfyb Attenuates Apoptosis via Joint Regulation of a Pro-Survival Transcriptional Program. PLoS ONE (2015)

Xiaolei JiangJoseph Roy NevinsIgor ShatsJen-Tsan Chi

cell deathcancer geneticsgene functionapoptosisliver physiologytranscription factorsmolecular cell biologyfunctional regulationpro-survival transcriptional programprotein sciencemembrane biologymolecular and cellular biologyjoint regulationtumor biologyimmunologygene expressionenzyme inhibitiongeneticsmolecular biologyrna biology

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Joseph Nevins

Duke University

Affiliations

Duke University School of Medicine

Molecular Genetics & Microbiology

NoneJoseph Nevins is currently serving as a Duke University School Of Medicine faculty at Duke 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

Joseph Nevins

Duke University

You can click a keyword to filter the displayed items

Video Presentations

Notable Scholarly Works

Notable Federal Grants

Collaborators

Data From Genomic and Molecular Profiling Predicts Response to Temozolomide in Melanoma. (2023)

Christina K. AugustineJin Soo YooAnil PottiYasunori YoshimotoPatricia A. ZipfelHenry S. FriedmanJoseph R. NevinsFrancis Ali-OsmanDouglas S. Tyler

Data From Myc-Induced Micrornas Integrate Myc-Mediated Cell Proliferation and Cell Fate. (2023)

Jong Wook KimSeiichi MoriJoseph R. Nevins

Supplementary Tables 1-6 From Myc-Induced Micrornas Integrate Myc-Mediated Cell Proliferation and Cell Fate. (2023)

Jong Wook KimSeiichi MoriJoseph R. Nevins

Insight Into Mammary Gland Development and Tumor Prevention in a Newly Developed Metastatic Mouse Model of Breast Cancer. bioRxiv (Cold Spring Harbor Laboratory) (2021)

Briana ToCarson BroekerJing-Ru JhanRachel RempelJonathan P. RennhackDaniel HollernLauren JacksonDavid JudahMatt SwiatnickiEvan BylettRachel KubiakJordan HoneysettShams ReazJoseph NevinsEran Andrechek

Table of Contents. IEEE Signal Processing Magazine (2020)

Utilization of Genomic Signatures for Personalized Treatment of Breast Cancer. CRC Press eBooks (2020)

P. Kelly MarcomCarey K. AndersGeoffrey S. GinsburgAnil PottiJoseph R. Nevins

Author Correction: Division of Labour Between Myc and G1 Cyclins in Cell Cycle Commitment and Pace Control. Nature Communications (2018)

Peng DongManoj V. MaddaliJaydeep K. SrimaniFrançois ThélotJoseph R. NevinsBernard Mathey-PrevotLingchong You

chronobiologycell cycle commitmentgeneticspace controlauthor correction

Trans-Study Projection of Genomic Biomarkers in Analysis of Oncogene Deregulation and Breast Cancer. Oxford University Press eBooks (2018)

Dan MerlJoseph LucasJoseph NevinsHaige ShenMike West

RETRACTION: Acharya Cr, Et Al. Gene Expression Signatures, Clinicopathological Features, And. (2017)

acharya crclinicopathological featuresgene expressiongeneticsgene expression signatures

E2F1-Mediated Induction of Nfyb Attenuates Apoptosis via Joint Regulation of a Pro-Survival Transcriptional Program. PLoS ONE (2015)

Xiaolei JiangJoseph Roy NevinsIgor ShatsJen-Tsan Chi

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