Faculty

Institution

Unit

Venue

Richard Heller

Professor

University of South Florida

Affiliations

College of Engineering

Department of Medical Engineering

Richard Heller is currently serving as a College Of Engineering Professor at University of South Florida.

Honors

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Experiences

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Education

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Richard Heller

University of South Florida

Professor

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oncology medicine dermatology biomedical engineering cancer research melanoma cancer treatment radiation oncology gene therapy tumor biology cancer care cancer immunotherapy medicinal research cancer biology skin cancer drug delivery nanomedicine tissue engineering gene delivery surgical oncology mammalian biology molecular cancer tumor targeting cellular therapy leukemia cancer management bioelectrochemistry cutaneous biology photomedicine genetic technologies experimental medicine gene transfer plasmid dna animal biotechnology biomedical technologies medical technology clinical immunology gene electrotransfer cell-tissue electrofusion health technology pharmacotherapy liver cancer cancer imaging vascular biology animal physiology angiogenesis pancreatic cancer tumor suppressors malignant melanoma plasmid dna delivery rat model plasma chemistry lymphoid neoplasia hepatocellular carcinoma cytokines plasma processing electric field cancer growth clinical dermatology hematological malignancies molecular biotechnology nanobiotechnology viral oncology cancer genetics metastatic melanoma cell regulation treatment effects gene function melanoma nodal metastases effective treatment subcutaneous tumors electroporation gene therapy biomedical applications basal cell carcinoma bleomycin-mediated electrochemotherapy intradermal delivery immunology treatment development wound healing

Notable Scholarly Works

Notable Federal Grants

Collaborators

Abstract 486: Intratumor Gene Therapy Designed to Induce Both Local and Systemic Tumor Directed Immune Responses. Cancer Research (2025)

cancer immunotherapyimmune responsescancer cellsgene therapyimmunomodulationsystemic tumorabstract 486cellular therapytumor biologyimmunologyimmunotherapycancer immunosurveillancecell biologyintratumor gene therapy

Effective Gene Immunotherapy for Melanoma Utilizing an Advanced. PubMed (2025)

cancer immunotherapygene therapymelanomacellular therapyeffective gene immunotherapyimmunotherapyimmunologycancer cells

Abstract 7240: Intratumor Delivery of Plasmid Dna Encoding Immune Stimulating Agents Induces Both Local and Systemic Responses. Cancer Research (2024)

Richard HellerLoree C. HellerGuilan ShiJody SynowiecJulie SinghAlex OttenMark J. Jaroszeski

tumor targetingplasmid dnasurgical oncologyclinical researchintratumor deliverycancer biologymolecular cancercancer researchcancer genomicstumor biologypharmacologycancer treatmentoncologycellular therapyimmunologycancer caresystemic responsescancer managementcancer immunotherapyradiation oncologymedicinal research

Direct Plasmid Dna Transfection Into Differentiated Mouse C2C12 Myotubes. Re GEN Open (2024)

Amanda Sales ConniffAneeshea CasonJuliana Gonzalez AlvaradoManya BhandaryShreena PatelJulie SinghRichard HellerLoree C. Heller

geneticsgenetic engineeringgene deliverycellular differentiationdevelopmental biologymammalian biologyanimal biotechnologybiological engineering

Il-12 and Pd-1 Peptide Combination Gene Therapy for the Treatment of Melanoma. Molecular Therapy — Nucleic Acids (2024)

Loree C. HellerGuilan ShiAmanda Sales ConniffJulie SinghSamantha MannarinoJody SynowiecRichard Heller

cancer immunotherapytumor targetingpeptide engineeringgene therapyoncogenesmolecular medicinepeptide sciencepeptide therapeuticsmelanomamolecular biologybiomolecular engineeringpeptidestumor biologypharmacotherapymedicinal researchnovel therapiesbiomedical engineeringtherapeutic targets

Modification of the Tumor Microenvironment Enhances Immunity With Plasmid Gene Therapy. Cancer Gene Therapy (2024)

Guilan ShiJody SynowiecJulie SinghRichard Heller

medicinegene therapyimmunomodulationsurgical oncologyimmune responsesmolecular cancerimmunoeditingcancer treatmentoncologyimmunologycancer immunosurveillancecancer carecancer immunotherapytumor microenvironmentradiation oncologyleukemiamedicinal researchplasmid gene therapycellular immune responses

Pulsed Electric Fields Induce Sting Palmitoylation and Polymerization Independently of Plasmid Dna Electrotransfer. Pharmaceutics (2024)

Amanda Sales ConniffJulie SinghRichard HellerLoree C. Heller

pharmacologydrug discoveryplasmid dna electrotransferpharmaceuticspharmaceutical sciencespharmaceutical practiceimmunologybiomedical engineering

Synergistic Effects of Nanosecond Pulsed Plasma and Electric Field on Inactivation of Pancreatic Cancer Cells in Vitro. Scientific Reports (2024)

Edwin A. OshinZobia MinhasRuben M. L. Colunga BiancatelliJohn D. CatravasRichard HellerSiqi GuoChunqi Jiang

nanotechnologytumor targetingscientific datascience studiescancer cellscell biologysynergistic effectsnanomedicinecancer researchpulsed electric fieldtumor biologyelectric fieldcell deathoncologypancreatic cancer cellscellular therapynanobiotechnologyhealth sciencesradiation oncologymedicinal researchpancreatic cancer

EDITORIAL: Pulsed Electric Field Based Technologies for Oncology Applications. Frontiers in Oncology (2023)

Siqi GuoGregor SersaRichard Heller

oncology applicationshealth technologymedical technologycancer treatmentoncologypulsed electric fieldradiation oncologybiomedical engineeringelectrical engineering

Abstract 3289: Pd-1 Peptide/Il-12 Combination Gene Therapy for the Treatment of Melanoma. Cancer Research (2022)

Loree HellerGuilan ShiJody SynowiecRichard Heller

cancer biologycancer treatmentgene therapycancer researchpeptide therapeuticsoncologymelanomaradiation oncologyleukemiapeptidesskin cancercancer care

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Richard Heller

Professor

University of South Florida

Affiliations

College of Engineering

Department of Medical Engineering

Richard Heller is currently serving as a College Of Engineering Professor at University of South Florida.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Richard Heller

University of South Florida

Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Abstract 486: Intratumor Gene Therapy Designed to Induce Both Local and Systemic Tumor Directed Immune Responses. Cancer Research (2025)

Effective Gene Immunotherapy for Melanoma Utilizing an Advanced. PubMed (2025)

cancer immunotherapygene therapymelanomacellular therapyeffective gene immunotherapyimmunotherapyimmunologycancer cells

Abstract 7240: Intratumor Delivery of Plasmid Dna Encoding Immune Stimulating Agents Induces Both Local and Systemic Responses. Cancer Research (2024)

Richard HellerLoree C. HellerGuilan ShiJody SynowiecJulie SinghAlex OttenMark J. Jaroszeski

Direct Plasmid Dna Transfection Into Differentiated Mouse C2C12 Myotubes. Re GEN Open (2024)

Amanda Sales ConniffAneeshea CasonJuliana Gonzalez AlvaradoManya BhandaryShreena PatelJulie SinghRichard HellerLoree C. Heller

geneticsgenetic engineeringgene deliverycellular differentiationdevelopmental biologymammalian biologyanimal biotechnologybiological engineering

Il-12 and Pd-1 Peptide Combination Gene Therapy for the Treatment of Melanoma. Molecular Therapy — Nucleic Acids (2024)

Loree C. HellerGuilan ShiAmanda Sales ConniffJulie SinghSamantha MannarinoJody SynowiecRichard Heller

Modification of the Tumor Microenvironment Enhances Immunity With Plasmid Gene Therapy. Cancer Gene Therapy (2024)

Guilan ShiJody SynowiecJulie SinghRichard Heller

Pulsed Electric Fields Induce Sting Palmitoylation and Polymerization Independently of Plasmid Dna Electrotransfer. Pharmaceutics (2024)

Amanda Sales ConniffJulie SinghRichard HellerLoree C. Heller

pharmacologydrug discoveryplasmid dna electrotransferpharmaceuticspharmaceutical sciencespharmaceutical practiceimmunologybiomedical engineering

Synergistic Effects of Nanosecond Pulsed Plasma and Electric Field on Inactivation of Pancreatic Cancer Cells in Vitro. Scientific Reports (2024)

Edwin A. OshinZobia MinhasRuben M. L. Colunga BiancatelliJohn D. CatravasRichard HellerSiqi GuoChunqi Jiang

EDITORIAL: Pulsed Electric Field Based Technologies for Oncology Applications. Frontiers in Oncology (2023)

Siqi GuoGregor SersaRichard Heller

oncology applicationshealth technologymedical technologycancer treatmentoncologypulsed electric fieldradiation oncologybiomedical engineeringelectrical engineering

Abstract 3289: Pd-1 Peptide/Il-12 Combination Gene Therapy for the Treatment of Melanoma. Cancer Research (2022)

Loree HellerGuilan ShiJody SynowiecRichard Heller

cancer biologycancer treatmentgene therapycancer researchpeptide therapeuticsoncologymelanomaradiation oncologyleukemiapeptidesskin cancercancer care

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21
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Mansoor Amiji

Institution

Northeastern University

pharmaceutical formulation development

nanoparticle research

Melody Swartz

Institution

University of Chicago

immunology

dermatology

Aleksander S. Popel

Institution

Johns Hopkins University

vascular biology

physiology

Stanton L. Gerson

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Case Western Reserve University

stem cell

haematopoiesis

Vladimir Torchilin

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Northeastern University

drug delivery system

controlled release

Leaf Huang

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University of North Carolina at Chapel Hill

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Kit Lam

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University of California, Davis

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photomedicine

electron paramagnetic resonance

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immunology

biomedical imaging