Faculty

Institution

Unit

Venue

Dean Rosenthal

Georgetown University

Affiliations

School of Medicine

Biochemistry and Molecular & Cellular Biology

NoneDean Rosenthal is currently serving as a Biochemistry And Molecular & Cellular Biology faculty at Georgetown University.

Honors

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Experiences

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Education

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Dean Rosenthal

Georgetown University

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pharmacology dermatology cell biology tumor biology gene expression oncology genetics apoptosis cancer research cell death medicinal research cancer biology membrane biology oncogenes cutaneous biology cancer immunotherapy protein science melanoma enzyme inhibition skin cancer toxicology molecular cancer enzymes cancer treatment leukemia vascular biology cancer genetics cancer cells biopolymers protein expression cancer genomics biological chemistry experimental dermatology gene regulation cell regulation tumor targeting mammalian biology transcription regulation genome biology biochemical sciences rna biology clinical toxicology molecular regulation gene function human keratinocytes cellular biochemistry molecular cell biology respiratory toxicology genomic stability protein function functional modification clinical dermatology experimental toxicology pigments burn management early stages sulfur mustard angiogenesis dermatopathology polymerization kinetics epigenomics viral oncology biomedical research biomolecular interactions skin fibroblasts hypertrophic scar melanoma invasion antisense rna expression human skin keratinocytes inorganic polyphosphates cell survival nuclear proteins ceramide-mediated apoptosis burn wound progression human endothelial cells primary fibroblasts

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Nude Mouse Model of Xenografted Hypertrophic Scar Cells to Test Therapeutics in the Skin. Frontiers in Bioscience-Landmark (2024)

Bonnie C. CarneyCynthia M. Simbulan-RosenthalDean S. RosenthalJeffrey W. Shupp

dermatologypharmacologynanomedicinebiomedical engineeringcell therapyregenerative medicineexperimental dermatologytissue engineeringmammalian biologyknockout micecutaneous biologynude mouse model

Abstract 6142: Inhibition of Both Mapk and Akt Pathways Overcomes Resistance of Nras-Mutant Melanoma Stem Cells to Apoptosis. Cancer Research (2023)

Ryyan AlobaidiNusrat IslamYanjun R. ZhangMathew M. ShamoSamuel AllsupCynthia M. Simbulan-RosenthalDean S. Rosenthal

melanomaakt pathwaystumor targetingcancer caremolecular cancercancer biologyhealth sciencescancer researchcancer immunotherapycancer treatmentcell regulationimmunotherapycarcinogenesispharmacologyradiation oncologyclinical researchoncogenesmedicinal researchcellular therapy

Abstract 348: Efficacy of Triple Combination Treatment With Trametinib, Mebendazole and Cd133 Rna Aptamer in Recalcitrant Nras-Mutant Melanoma Cells. Cancer Research (2022)

Yoga HaribabuRaymond ChienRyyan AlobaidiLi-Wei KuoNusrat IslamCynthia M. Simbulan-RosenthalDean S. Rosenthal

melanomacancer geneticstreatment developmentcancer caremolecular cancercancer biologydermatologyleukemiacancer researchcancer immunotherapytherapeutic targetscancer treatmentpharmacologyradiation oncologytriple combination treatmentoncologyclinical researchoncogenescellular therapy

Abstract 907: Cd133 Stimulates Cell Proliferation via Upregulation of Amphiregulin in Melanoma. Cancer Research (2022)

Cynthia M. Simbulan-RosenthalNusrat IslamYoga HaribabuRyyan AlobaidiLi-Wei KuoAzadeh ShalamzariAdam LeibowitzJoanna MoultonDean S. Rosenthal

dermatologygene expressionpharmacologymetastasisleukemiamelanomacancer researchmolecular cancercancer growthoncologycell proliferationmedicinal researchcancer biologyskin cancertumor biologycell biology

A Novel Chemo-Phenotypic Method Identifies Mixtures of Salpn, Vitamin D3, and Pesticides Involved in the Development of Colorectal and Pancreatic Cancer. Ecotoxicology and Environmental Safety (2022)

Naiem T. IssaHenri WathieuEric GlasgowIvana PeranErika ParasidoTianqi LiCynthia M. Simbulan-RosenthalDean RosenthalAlexander V. MedvedevSergei S. MakarovChristopher AlbaneseStephen W. ByersSivanesan Dakshanamurthy

environmental engineeringenvironmental toxicologyecotoxicityenvironmental safetypancreatic cancerenvironmental scienceenvironmental exposuresoncologytoxicologyenvironmental chemistrycolorectal cancerecotoxicologyecology

Employing Crispr-Cas9 to Generate Cd133 Synthetic Lethal Melanoma Stem Cells. International Journal of Molecular Sciences (2022)

Cynthia M. Simbulan-RosenthalYogameenakshi HaribabuSahar VakiliLi-Wei KuoHavens ClarkRyan DoughertyRyyan AlobaidiBonnie CarneyPeter SykoraDean S. Rosenthal

immunologydermatologymelanomacancer researchmolecular biologyoncologycrispr

Cd133 Promotes Resistance to Trametinib in Melanoma Stem Cells by Activating an Akt / Bcl-2 Survival Pathway. (2021)

Cynthia Marie Simbulan-RosenthalYogameenakshi HaribabuSahar VakiliLi-Wei KuoHavens ClarkRyan DoughertyRyyan AlobaidiBonnie C. CarneyPeter SykoraDean Scott Rosenthal

melanoma stem cellsmelanomacancer riskstem cell researchanti-cancer agentscancer biologydermatologyleukemiacancer researchcancer immunotherapycancer treatmenttumor biologypharmacologygeneticsdrug resistanceoncologyoncogenesmedicinal researchcellular therapy

Hypopigmented Burn Hypertrophic Scar Contains Melanocytes That Can Be Signaled to Re-Pigment by Synthetic Alpha-Melanocyte Stimulating Hormone in Vitro. PLoS ONE (2021)

Bonnie C. CarneyTaryn E. TravisLauren T. MoffattLaura S. JohnsonMelissa M. McLawhornCynthia M. Simbulan-RosenthalDean S. RosenthalJeffrey W. Shupp

dermatologymelanomastem cell researchexperimental dermatologyskin developmentregenerative medicinepigmentsvascular biologyplo biologytissue engineeringoncologyregeneration (biology)cancer cellsdevelopmental biologycutaneous biologycellular differentiationliver physiologycell biology

55 Melanocytes in Hypopigmented Burn Scar Can Be Stimulated to Produce Melanin. Journal of Burn Care & Research (2020)

Bonnie C CarneyTaryn E TravisLauren T MoffattLaura S JohnsonMelissa M McLawhornCynthia M Simbulan-RosenthalDean S RosenthalJeffrey W Shupp

physiologydermatologymelanomaregenerative medicineoncologycutaneous biologyhypopigmented burn scartumor biologycell biology

Inorganic Polyphosphate in Platelet Rich Plasma Accelerates Re-Epithelialization in Vitro and in Vivo. Regenerative Therapy (2020)

Bonnie C. CarneyCynthia M. Simbulan-RosenthalAnirudh GaurBenjamin J. BrowneManish MogheElliott CrookeLauren T. MoffattJeffrey W. ShuppDean S. Rosenthal

dermatologyinorganic polyphosphatehematologyregenerative medicinevascular biologygeneticsplatelet rich plasmahepatologyhealth sciences

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Dean Rosenthal

Georgetown University

Affiliations

School of Medicine

Biochemistry and Molecular & Cellular Biology

NoneDean Rosenthal is currently serving as a Biochemistry And Molecular & Cellular Biology faculty at Georgetown 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

Dean Rosenthal

Georgetown University

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

A Nude Mouse Model of Xenografted Hypertrophic Scar Cells to Test Therapeutics in the Skin. Frontiers in Bioscience-Landmark (2024)

Bonnie C. CarneyCynthia M. Simbulan-RosenthalDean S. RosenthalJeffrey W. Shupp

dermatologypharmacologynanomedicinebiomedical engineeringcell therapyregenerative medicineexperimental dermatologytissue engineeringmammalian biologyknockout micecutaneous biologynude mouse model

Abstract 6142: Inhibition of Both Mapk and Akt Pathways Overcomes Resistance of Nras-Mutant Melanoma Stem Cells to Apoptosis. Cancer Research (2023)

Ryyan AlobaidiNusrat IslamYanjun R. ZhangMathew M. ShamoSamuel AllsupCynthia M. Simbulan-RosenthalDean S. Rosenthal

Abstract 348: Efficacy of Triple Combination Treatment With Trametinib, Mebendazole and Cd133 Rna Aptamer in Recalcitrant Nras-Mutant Melanoma Cells. Cancer Research (2022)

Yoga HaribabuRaymond ChienRyyan AlobaidiLi-Wei KuoNusrat IslamCynthia M. Simbulan-RosenthalDean S. Rosenthal

Abstract 907: Cd133 Stimulates Cell Proliferation via Upregulation of Amphiregulin in Melanoma. Cancer Research (2022)

Cynthia M. Simbulan-RosenthalNusrat IslamYoga HaribabuRyyan AlobaidiLi-Wei KuoAzadeh ShalamzariAdam LeibowitzJoanna MoultonDean S. Rosenthal

Employing Crispr-Cas9 to Generate Cd133 Synthetic Lethal Melanoma Stem Cells. International Journal of Molecular Sciences (2022)

Cynthia M. Simbulan-RosenthalYogameenakshi HaribabuSahar VakiliLi-Wei KuoHavens ClarkRyan DoughertyRyyan AlobaidiBonnie CarneyPeter SykoraDean S. Rosenthal

immunologydermatologymelanomacancer researchmolecular biologyoncologycrispr

Cd133 Promotes Resistance to Trametinib in Melanoma Stem Cells by Activating an Akt / Bcl-2 Survival Pathway. (2021)

Cynthia Marie Simbulan-RosenthalYogameenakshi HaribabuSahar VakiliLi-Wei KuoHavens ClarkRyan DoughertyRyyan AlobaidiBonnie C. CarneyPeter SykoraDean Scott Rosenthal

Hypopigmented Burn Hypertrophic Scar Contains Melanocytes That Can Be Signaled to Re-Pigment by Synthetic Alpha-Melanocyte Stimulating Hormone in Vitro. PLoS ONE (2021)

Bonnie C. CarneyTaryn E. TravisLauren T. MoffattLaura S. JohnsonMelissa M. McLawhornCynthia M. Simbulan-RosenthalDean S. RosenthalJeffrey W. Shupp

55 Melanocytes in Hypopigmented Burn Scar Can Be Stimulated to Produce Melanin. Journal of Burn Care & Research (2020)

Bonnie C CarneyTaryn E TravisLauren T MoffattLaura S JohnsonMelissa M McLawhornCynthia M Simbulan-RosenthalDean S RosenthalJeffrey W Shupp

physiologydermatologymelanomaregenerative medicineoncologycutaneous biologyhypopigmented burn scartumor biologycell biology

Inorganic Polyphosphate in Platelet Rich Plasma Accelerates Re-Epithelialization in Vitro and in Vivo. Regenerative Therapy (2020)

Bonnie C. CarneyCynthia M. Simbulan-RosenthalAnirudh GaurBenjamin J. BrowneManish MogheElliott CrookeLauren T. MoffattJeffrey W. ShuppDean S. Rosenthal

dermatologyinorganic polyphosphatehematologyregenerative medicinevascular biologygeneticsplatelet rich plasmahepatologyhealth sciences

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5
10
10 / page

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endocrinology

Albert Fornace

Institution

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molecular biology

radiation oncology

Max Costa

Institution

New York University

molecular biology

epigenetics

Harvey R. Herschman

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cell biology

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dna damage response

Richard A. Young

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Massachusetts Institute of Technology

oncogene

transcription regulation

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molecular cancer

Robert J. Coffey, M.D

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molecular cancer

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reactive oxygen specie