Faculty

Institution

Unit

Venue

R. Powers

Professor

Stony Brook University

Affiliations

Renaissance School of Medicine

Pathology

R. Powers is currently serving as a Pathology Professor at Stony Brook University.

Honors

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Experiences

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Education

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R. Powers

Stony Brook University

Professor

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cancer research genetics oncology cancer biology tumor biology molecular biology cancer genomics cell biology cancer genetics genomics medicinal research gene expression genome biology pharmacology molecular cancer cancer cells oncogenes cancer treatment cancer care liver cancer yeast hepatology cancer immunotherapy vascular biology leukemia pancreatic cancer molecular genetics protein science tumor targeting hepatocellular carcinoma thoracic oncology rna biology gene function single-cell analysis mammalian biology surgical oncology cellular therapy gene regulation disease gene identification cancer growth tumor suppressors respiratory medicine molecular diagnostics cancer imaging cancer management transcriptomics technology medical genetics ras proteins cancer genomes molecular regulation biliary cancer cell regulation protein genetics gene characterization functional modification cytogenetics cell cycle protein function genomic amplification oncogenic properties tumor progression mouse model transcription regulation genetic analysis high-dimensional method in vivo systems cancer-associated fibroblasts microrna polycistron adenylate cyclase extrinsic risk factors cancer development substantial contribution mammalian ras proteins high-resolution method cancer gene identification therapeutic strategy epigenetics gene amplification systems biology epigenomics cancer discovery breast cancer omics

Notable Scholarly Works

Notable Federal Grants

Collaborators

Abstract A043: Senescent Cafs Modulate Tumor Immunity and Promote Breast Cancer Progression. Cancer Research (2024)

Jiayu YeJohn M. BaerDouglas V. FagetVasilios A. MorikisQihao RenAnupama MelamAna Paula DelgadoErik KnudsenAgnieszka WitkiewiczRobert S. PowersGregory D. LongmoreDavid G. DeNardoSheila A. Stewart

cancer researchbreast cancercancer biology

Abstract B115: Single-Cell Transcriptomic Analysis Reveals Both Shared and Separate Functions for Gata6 and Krt17 in Pancreatic Cancer. Cancer Research (2024)

Brian J. NelsonNatalie MarchenkoLuisa F. Escobar-HoyosKenneth ShroyerScott PowersThomas MacCarthy

gene expressioncancer geneticscancer researchpancreatic cancersingle-cell analysisgeneticscancer genomicsoncologyclinical researchmedicinal researchcancer biologytumor biologyhealth sciencescell biology

Abstract C070: Keratin 17 and Gata6 Correlate With Diffusely Infiltrative Versus Gland-Forming Components of Pdac: Uncovering the Transitional State in Pancreatic Ductal Adenocarcinoma. Cancer Research (2024)

Lyanne A Delgado- CokaBrian NelsonMichael HorowitzShayan SarkarNatalia MarchenkoScott PowersLuisa F Escobar-HoyosKenneth Shroyer

cancer researchtransitional statepancreatic ductal adenocarcinomacancer biology

Induction of Multiple Alternative Mitogenic Signaling Pathways Accompanies the Emergence of Drug-Tolerant Cancer Cells. Cancers (2024)

Frank V. CelesteScott Powers

immunologysignaling pathwaysmultiple alternative mitogenicdrug-tolerant cancer cellscancer managementcancer researchcancer immunotherapymolecular biologyoncologycancer treatmentcancer biologytumor biologycancer preventioncell biology

Senescent Cafs Mediate Immunosuppression and Drive Breast Cancer Progression. Cancer discovery (2024)

Jiayu YeJohn M. BaerDouglas V. FagetVasilios A. MorikisQihao RenAnupama MelamAna Paula DelgadoXianmin LuoSatarupa Mullick BagchiJad I. BelleEdward CamposMichael FriedmanDeborah J. VeisErik S. KnudsenAgnieszka K. WitkiewiczScott PowersGregory D. LongmoreDavid G. DeNardoSheila A. Stewart

treatment and preventionneurologydermatologycarcinogenesispharmacologycancer careleukemiatumor targetingcancer researchvascular biologycancer immunotherapyoncologybreast cancermedicinal researchcancer treatmentcancer biologyimmunosuppressioncellular therapy

Simultaneous Screening of Overexpressed Genes in Breast Cancer for Oncogenic Drivers and Tumor Dependencies. Scientific Reports (2024)

Adaobi MofunanyaEleanor R. CameronChristian J. BraunFrank CelesteXiaoyu ZhaoMichael T. HemannKenneth L. ScottJinyu LiScott Powers

oncogenic driverscancer geneticscancer screeningoncogenic agentcell biologygenome biologymolecular cancersimultaneous screeningcancer genomicsmolecular diagnosticsbreast cancermedical geneticscancer researchtumor dependenciesoverexpressed genesgenomicsgene expressionpharmacologygeneticsscientific dataoncologyoncogenes

Table S1 From Senescent Cafs Mediate Immunosuppression and Drive Breast Cancer Progression. (2024)

breast cancer

Coordinated Single-Cell Tumor Microenvironment Dynamics Reinforce Pancreatic Cancer Subtype. Nature Communications (2023)

Ki OhYun Jae YooLuke A. Torre-HealyManisha RaoDanielle FasslerPei WangMichael CaponegroMei GaoJoseph KimAaron SassonGeorgios GeorgakisScott PowersRichard A. Moffitt

pancreatic cancerneurologydisease progressioncancer carevascular biologytumor microenvironmentcancer biologybiological microenvironmentsdermatologycancer researchsingle-cell analysistissue (biology)tumor biologypharmacologycancer imagingoncologymedicinal researchcancer cellspancreatic cancer subtype

Data From Combinatorial Crispr/Cas9 Screening Reveals Epistatic Networks of Interacting Tumor Suppressor Genes and Therapeutic Targets in Human Breast Cancer. (2023)

Xiaoyu ZhaoJinyu LiZhimin LiuScott Powers

cancer geneticscancer screeninggenome biologycancer carecancer genomicsbreast cancercancer biologybioinformaticscancer researchbiostatisticscrisprtumor suppressor genesgenomicshuman breast cancerpharmacologysystems biologycancer imagingoncologymedicinal research

Abstract 3639: Senescent Stromal Cells Drive Breast Cancer Tumorigenesis. Cancer Research (2022)

Jiayu (Jennifer) YeAna Paula DelgadoScott PowersSheila Stewart

neurologycellular senescencemetastasiscancer carestem cell researchcancer researchradiation oncologyvascular biologycell researchcancer growthbreast oncologyoncologybreast cancermedicinal researchcancer treatmentcancer biologytumor biologycell biology

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R. Powers

Professor

Stony Brook University

Affiliations

Renaissance School of Medicine

Pathology

R. Powers is currently serving as a Pathology Professor 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

R. Powers

Stony Brook University

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Abstract A043: Senescent Cafs Modulate Tumor Immunity and Promote Breast Cancer Progression. Cancer Research (2024)

Jiayu YeJohn M. BaerDouglas V. FagetVasilios A. MorikisQihao RenAnupama MelamAna Paula DelgadoErik KnudsenAgnieszka WitkiewiczRobert S. PowersGregory D. LongmoreDavid G. DeNardoSheila A. Stewart

cancer researchbreast cancercancer biology

Abstract B115: Single-Cell Transcriptomic Analysis Reveals Both Shared and Separate Functions for Gata6 and Krt17 in Pancreatic Cancer. Cancer Research (2024)

Brian J. NelsonNatalie MarchenkoLuisa F. Escobar-HoyosKenneth ShroyerScott PowersThomas MacCarthy

Lyanne A Delgado- CokaBrian NelsonMichael HorowitzShayan SarkarNatalia MarchenkoScott PowersLuisa F Escobar-HoyosKenneth Shroyer

cancer researchtransitional statepancreatic ductal adenocarcinomacancer biology

Induction of Multiple Alternative Mitogenic Signaling Pathways Accompanies the Emergence of Drug-Tolerant Cancer Cells. Cancers (2024)

Frank V. CelesteScott Powers

Senescent Cafs Mediate Immunosuppression and Drive Breast Cancer Progression. Cancer discovery (2024)

Simultaneous Screening of Overexpressed Genes in Breast Cancer for Oncogenic Drivers and Tumor Dependencies. Scientific Reports (2024)

Adaobi MofunanyaEleanor R. CameronChristian J. BraunFrank CelesteXiaoyu ZhaoMichael T. HemannKenneth L. ScottJinyu LiScott Powers

Table S1 From Senescent Cafs Mediate Immunosuppression and Drive Breast Cancer Progression. (2024)

breast cancer

Coordinated Single-Cell Tumor Microenvironment Dynamics Reinforce Pancreatic Cancer Subtype. Nature Communications (2023)

Ki OhYun Jae YooLuke A. Torre-HealyManisha RaoDanielle FasslerPei WangMichael CaponegroMei GaoJoseph KimAaron SassonGeorgios GeorgakisScott PowersRichard A. Moffitt

Data From Combinatorial Crispr/Cas9 Screening Reveals Epistatic Networks of Interacting Tumor Suppressor Genes and Therapeutic Targets in Human Breast Cancer. (2023)

Xiaoyu ZhaoJinyu LiZhimin LiuScott Powers

Abstract 3639: Senescent Stromal Cells Drive Breast Cancer Tumorigenesis. Cancer Research (2022)

Jiayu (Jennifer) YeAna Paula DelgadoScott PowersSheila Stewart

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