Faculty

Institution

Unit

Venue

Roger Abounader

Professor

University of Virginia

Affiliations

School of Medicine

Department of Microbiology, Immunology, and Cancer Biology

Roger Abounader is currently serving as a Microbiology, Immunology, And Cancer Biology Professor at University of Virginia.

Honors

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Experiences

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Education

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Roger Abounader

University of Virginia

Professor

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tumor biology brain tumor research cell biology cancer cells oncogenes neuro-oncology molecular cancer gliomas cancer biology radiation oncology cancer growth tumor suppressors pharmacology oncology microrna detection pathology therapeutic targets anti-cancer agents cancer treatment medicinal research cancer genomics non-coding rna cancer genetics cell signaling tumor microenvironment tumor targeting receptor tyrosine kinases fibroblast growth factors carcinogenesis molecular cell biology small rna cancer discovery molecular diagnostics signaling pathways long non-coding rna rna biology tumor growth vascular biology cell regulation cell death cellular therapy drug targeting cell metabolism angiogenesis neural stem cells gbm therapy brain tumor brain tumors gbm cells stem cell research cell proliferation cell lines molecular physiology cellular physiology nucleic acids metalloproteins bioactive metal malignant disease viral pathogenesis molecular regulation tumoral pathology phytopharmacology herbal medicine mtor inhibition gbm tumors met expression vivo tumor growth pten loss hgf/met signaling metal toxicity biological inorganic chemistry trace metals akt pathway critical cancer pathways mir-7 expression human gliomas

Notable Scholarly Works

Notable Federal Grants

Collaborators

Cholesterol Metabolism Emerges as a Therapeutic Target in Chordoma. Neuro-Oncology (2026)

pharmacologypathologyoxysterolcholesterol metabolismcell metabolismmolecular metabolismlipid synthesislipid sciencelipidsmetabolic pathwaystherapeutic targets

Use of Small-Molecule Inhibitors of Cilk1 and Aurka as Cilia-Promoting Drugs to Decelerate Medulloblastoma Cell Replication. Biomedicines (2026)

pharmacologydrug discoverycancer cellsoncogenesoncogenic agentanti-cancer agentssmall-molecule inhibitorstumor biologycell biologytherapeutic targetscilia-promoting drugs

Discovery and Therapeutic Exploitation of Master Regulatory Mirnas in Glioblastoma. bioRxiv (Cold Spring Harbor Laboratory) (2025)

Roger AbounaderShekhar SahaYing ZhangMyron Keith GibertCollin DubeFarina HanifElizabeth MulcahySylwia BednarekPawel MarcinkiewiczXiantao WangGijung KwakKadie HudsonYunan SunManikarna DindaTapas SahaFadila GuessousNichola CruickshanksRossymar Rivera ColonLily Grace Dell'OlioRajitha AnbuBenjamin KefasPankaj KumarAlexander L KlibanovDavid SchiffJung Soo SukJustin HanesJamie MataMarkus Hafner

master regulatory mirnastumor targetinggene functiongene therapycancer researchneuroscienceneuro-oncologybiomolecular engineeringtumor biologygliomasvascular biologytumor suppressorsmicrorna detectiongene regulationbrain tumor researchoncogenescancer discoverymolecular biologymedicinal researchtherapeutic exploitation

Gain-Of-Function Mutant P53 Regulates Long-Noncoding Rna Linc00643 to Modulate Hif1α in Glioblastoma. bioRxiv (Cold Spring Harbor Laboratory) (2025)

cancer biologytumor suppressorscancer cellsoncogenesbrain tumor researchradiation oncologycancer geneticstumor biologygliomaslong-noncoding rna linc00643cell biologygain-of-function mutant p53

T-Type Calcium Channels Regulate Medulloblastoma and Can Be Targeted for Therapy. Journal of Neuro-Oncology (2025)

Collin J. DubeMichelle LaiYing ZhangShekhar SahaUlas YenerFarina HanifKadie HudsonMyron K. GibertPawel MarcinkiewiczYunan SunTanvika VegirajuEsther XuAditya SorotRosa I. GallagherJulia D. WulfkuhleAshley VernonLily Dell’OlioRajitha AnbuElizabeth MulcahyBenjamin KefasFadila GuessousEmanuel F. PetricoinRoger Abounader

neurologyneuro-oncologyt-type calcium channelscancer treatment

A First Comprehensive Analysis of Transcribed Ultra Conserved Regions Uncovers Important Regulatory Functions of Novel Non-Coding Transcripts in Gliomas.. Research Square (2024)

Roger AbounaderMyron GibertYing ZhangShekhar SahaPawel MarcinkiewiczCollin DubeKadie HudsonYunan SunSylwia BednarekBilhan ChagariAditya SarkarChristian Roig-LaboyNatalie NeaceKarim SaoudInitha SetiadyFarina HanifDavid SchiffPankaj KumarBENJAMIN KEFASMarkus Hafner

geneticscancer biologynovel non-coding transcriptsmolecular cancerbioinformaticscancer researchneuroscienceneuro-oncologycancer genomicsgenome biologytumor biologygliomasneurologybrain tumor researchcancer geneticspathway analysistranscriptomics technologyfirst comprehensive analysiscancer imagingmedicinal research

Diffuse Midline (H3 K27M-Mutant) Glioma in Adults-When Resection Fails to Matter.. Neuro-oncology (2024)

Roger Abounader

neurologyneurosurgerydiffuse midlineoncologyneuro-oncologybrain tumor researchradiation oncologysurgical oncologyclinical neurosurgeryh3 k27m-mutantadults-when resectiontumor biologygliomasbrain lesion

Focused Ultrasound Delivery of Mir-142-3P for Glioblastoma Therapy. (2024)

Ying ZhangShekhar SahaCollin DubeYunan SunKadie HudsonAlexander L KlibanovJustin HanesJung Soo SukGijung KwakJaime F MataRoger Abounader

neurologymedicinemicrorna detectiononcologyneuro-oncologybrain tumor researchmedical ultrasoundradiation oncologyglioblastoma therapyultrasound deliveryultrasound

Microenvironment T-Type Calcium Channels Regulate Neuronal and Glial Processes to Promote Glioblastoma Growth. bioRxiv (Cold Spring Harbor Laboratory) (2024)

Collin J DubeYing ZhangShekhar SahaMichelle LaiMyron Keith GibertMiguel EscalanteKadie HudsonDoris WongPawel MarcinkiewiczUlas YenerYunan SunEsther XuAditya SorotElizabeth MulcahyBenjamin A KefasFarina HanifFadilla GuessousManoj K PatelDavid SchiffHui ZongBenjamin W PurowEric HollandSwapnil K SonkusareHarald SontheimerRoger Abounader

tumor microenvironmentneurosciencebrain tumor researchglioblastoma growthglial processescancer growth

The Role of Micrornas in Brain Metastasis. Journal of Neuro-Oncology (2024)

Kadie HudsonMark Willy MondiaYing ZhangShekhar SahaMyron K. GibertCollin DubeYunan SunPawel MarcinkiewiczCamilo FadulRoger Abounader

small rnaclinical neuroscienceneuropathologynon-coding rnacancer biologymicrobiologyneuroradiologyneuroscienceneuro-oncologymolecular neurodegenerationtumor biologyvascular biologyneurologymicrorna detectionbrain tumor researchneuroimmunologybrain metastasistumor microenvironmentmedicinal research

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Roger Abounader

Professor

University of Virginia

Affiliations

School of Medicine

Department of Microbiology, Immunology, and Cancer Biology

Roger Abounader is currently serving as a Microbiology, Immunology, And Cancer Biology Professor at University of Virginia.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Roger Abounader

University of Virginia

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Cholesterol Metabolism Emerges as a Therapeutic Target in Chordoma. Neuro-Oncology (2026)

pharmacologypathologyoxysterolcholesterol metabolismcell metabolismmolecular metabolismlipid synthesislipid sciencelipidsmetabolic pathwaystherapeutic targets

Use of Small-Molecule Inhibitors of Cilk1 and Aurka as Cilia-Promoting Drugs to Decelerate Medulloblastoma Cell Replication. Biomedicines (2026)

pharmacologydrug discoverycancer cellsoncogenesoncogenic agentanti-cancer agentssmall-molecule inhibitorstumor biologycell biologytherapeutic targetscilia-promoting drugs

Discovery and Therapeutic Exploitation of Master Regulatory Mirnas in Glioblastoma. bioRxiv (Cold Spring Harbor Laboratory) (2025)

Gain-Of-Function Mutant P53 Regulates Long-Noncoding Rna Linc00643 to Modulate Hif1α in Glioblastoma. bioRxiv (Cold Spring Harbor Laboratory) (2025)

cancer biologytumor suppressorscancer cellsoncogenesbrain tumor researchradiation oncologycancer geneticstumor biologygliomaslong-noncoding rna linc00643cell biologygain-of-function mutant p53

T-Type Calcium Channels Regulate Medulloblastoma and Can Be Targeted for Therapy. Journal of Neuro-Oncology (2025)

neurologyneuro-oncologyt-type calcium channelscancer treatment

A First Comprehensive Analysis of Transcribed Ultra Conserved Regions Uncovers Important Regulatory Functions of Novel Non-Coding Transcripts in Gliomas.. Research Square (2024)

Diffuse Midline (H3 K27M-Mutant) Glioma in Adults-When Resection Fails to Matter.. Neuro-oncology (2024)

Roger Abounader

Focused Ultrasound Delivery of Mir-142-3P for Glioblastoma Therapy. (2024)

Ying ZhangShekhar SahaCollin DubeYunan SunKadie HudsonAlexander L KlibanovJustin HanesJung Soo SukGijung KwakJaime F MataRoger Abounader

neurologymedicinemicrorna detectiononcologyneuro-oncologybrain tumor researchmedical ultrasoundradiation oncologyglioblastoma therapyultrasound deliveryultrasound

Microenvironment T-Type Calcium Channels Regulate Neuronal and Glial Processes to Promote Glioblastoma Growth. bioRxiv (Cold Spring Harbor Laboratory) (2024)

tumor microenvironmentneurosciencebrain tumor researchglioblastoma growthglial processescancer growth

The Role of Micrornas in Brain Metastasis. Journal of Neuro-Oncology (2024)

Kadie HudsonMark Willy MondiaYing ZhangShekhar SahaMyron K. GibertCollin DubeYunan SunPawel MarcinkiewiczCamilo FadulRoger Abounader

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