Faculty

Institution

Unit

Venue

Gregory Palmer

PhD

Duke University

Affiliations

Duke University School of Medicine

Biostatistics

Medical Physics

Gregory Palmer is currently serving as a Biostatistics PhD at Duke University.

Honors

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Experiences

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Education

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Gregory Palmer

Duke University

PhD

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oncology radiation oncology cancer imaging biomedical imaging cancer research breast cancer biomedical engineering cancer biology medical imaging tumor biology photomedicine nanomedicine nanotechnology cancer care cancer treatment materials science vascular biology medicinal research tumor targeting biophysics optical imaging nanoparticle research photonics biomedical photonics nanobiotechnology radiation therapy surgical oncology therapeutic nanomaterials optical spectroscopy radiation biology tissue imaging hypoxia (medicine) therapeutic efficacy oncologic imaging cancer genomics cancer management pharmaceutical nanotechnology diffuse reflectance spectroscopy biomedical analysis redox biology laser science biomedical optics spectral imaging breast oncology cancer growth plasmonics animal physiology mammalian biology pharmacotherapy optical metrology angiogenesis plo biology cancer cells biomedical research nanometrology nanoscale science plasmonic gold nanostars breast tumor margins nuclear medicine biomedical technologies macromolecular chemistry macromolecular science cancer genetics metastatic cancers vivo detection large animal model tissue absorption quantitative spectral imaging tumor margin assessment simulated high altitude dual-emissive-materials design concept chemotherapeutic response functional maturation vascular integration quantitative uv-visible spectroscopy pre-clinical application

Notable Scholarly Works

Notable Federal Grants

Collaborators

Minibeam Spatially-Fractionated Radiation Therapy is Superior to Uniform Dose Radiation Therapy for Abscopal Effect When Combined With Pd-L1 Checkpoint Inhibitor Immunotherapy in a Dual Tumor Murine Mammary Carcinoma Model. Radiation (2025)

Judith N. RiveraKeith LaemontArtak TovmasyanStefan StrykerKenneth YoungTheresa CharityGregory M. PalmerSha Chang

radiation effectsradiologyradiation oncologyradiation biologyclinical radiation oncologyabscopal effectcancer immunotherapybreast canceroncologyradiation exposureradiation therapydose radiation therapyradiationimmunotherapy

Abstract 4137: Feasibility of a Novel Image Guided Injection Tool for Non-Surgical Implantation of Orthotopic Tumors. Cancer Research (2024)

Thomas M. KierskiJuan D. RojasNathan BeaumontTheresa CharityRobert D. MarekKenneth H. YoungGregory M. PalmerRyan C. GessnerTomek J. Czernuszewicz

medicinecancer carebiomedical engineeringradiation oncologycancer researchinjection toolnon-surgical implantationmedical imagingcancer imagingoncologyorthotopic tumorsnovel imagebiomedical imagingcancer biologyimage guidanceimage-guided interventions

Abstract Po5-27-02: A Tumor Emboli Platform for Morphometric Analysis, Drug Screening and for Intravital Optical Imaging in a Murine Model to Simulate Clinicopathological Features of Inflammatory Breast Cancer. Cancer Research (2024)

Dorababu SannareddyTheresa CharityAlexandra BennionCaroline WayEdwin YuRalph ErdmannGregory M PalmerGayathri R Devi

intravital optical imagingtumor targetingcancer carecancer managementvascular biologycancer genomicsbreast cancertumor emboli platformcancer biologyhealth sciencesmorphometric analysiscancer researchdrug screeningmurine modelcancer treatmenttumor biologyradiologyradiation oncologyphotomedicinecancer imagingoncologyclinical researchmedicinal research

In Vivo Spectroscopy to Concurrently Characterize Five Metabolic and Vascular Endpoints Relevant to Aggressive Breast Cancer. Biophotonics discovery. (2024)

Victoria W. D’AgostinoRiley J. DeutschMichelle KwanEnakshi D. SunasseeMegan C. MadonnaGregory M. PalmerBrian T. CrouchNirmala Ramanujam

vascular endpointsradiation oncologycancer researchvascular biologybreast canceroncologyaggressive breast cancercancer biologytumor biologyhealth sciencescell biology

Optical Imaging Reveals Chemotherapy-Induced Metabolic Reprogramming of Residual Disease and Recurrence. Science Advances (2024)

ED SunasseeRJ DeutschVW D’AgostinoP Castellano-Escuder...

ophthalmologyradiation oncologycancer researchscience advanceoncologyresidual diseaseoptical imaginghealth sciences

Abstract P3-08-06: Monitoring Lymphovascular Invasion and Tumor Growth of Inflammatory Breast Cancer in a Murine Lymphatic Reporter Window Chamber Model. Cancer Research (2023)

Gayathri R DeviDorababu SannareddyAlexandra BennionAshlyn RickardDouglas C RouseMark W DewhirstGregory M Palmer

cancer carecancer managementvascular biologycancer genomicsbreast cancercancer biologyhealth sciencesinflammationcancer researchsurgical oncologycancer growthcancer treatmentinflammatory breast cancertumor biologytumor growthradiologyradiation oncologycancer imagingoncologymedicinal researchmonitoring lymphovascular invasion

Abstract P6-01-01: Validation of an Optical Imaging Platform to Identify Metabolic Vulnerabilities in Chemo-Resistant and Sensitive Tumors. Cancer Research (2023)

Enakshi D. SunasseeElizabeth MaydewBrian CrouchMegan MadonnaGregory M PalmerNimmi Ramanujam

nanomedicinetherapeutic imagingmetabolic vulnerabilitiestumor targetingcancer carecancer managementoptical imaging platformcancer biologyhealth sciencescancer researchcancer treatmentsensitive tumorstumor biologybiomedical engineeringradiation oncologyphotomedicinedrug resistancecancer imagingoncology

A Clinical Study to Assess Diffuse Reflectance Spectroscopy With an Auto-Calibrated, Pressure-Sensing Optical Probe in Head and Neck Cancer. Current Oncology (2023)

Ashlyn G. RickardHusam MikatiAntoine MansouratiDaniel StevensonMarlee KriegerDaniel RockeRamon EsclamadoMark W. DewhirstNirmala RamanujamWalter T. LeeGregory M. Palmer

medicinepressure-sensing optical probecancer careradiation oncologycancer researchcancer imagingoncologyclinical measurementscancer treatmentdiffuse reflectance spectroscopyhealth sciencesinstrumentationclinical study

A Novel Preclinical Murine Model to Monitor Inflammatory Breast Cancer Tumor Growth and Lymphovascular Invasion. Cancers (2023)

Ashlyn G. RickardDorababu S. SannareddyAlexandra BennionPranalee PatelScott J. SauerDouglas C. RouseSamantha BouchalHarrison LiuMark W. DewhirstGregory M. PalmerGayathri R. Devi

breast oncologytumor targetingdisease progressioncancer carevascular biologybreast cancercancer biologyinflammationdermatologycancer researchcancer growthhepatologyimmunologyradiation oncologycancer imagingoncologymedicinal researchcellular therapylymphovascular invasion

Evaluating Tumor Hypoxia Radiosensitization via Electron Paramagnetic Resonance Oxygen Imaging (Eproi). Molecular Imaging and Biology (2023)

Ashlyn G. RickardYvonne M. MoweryAlex BassilDouglas C. RouseNerissa T. WilliamsTheresa CharityRafaela BelloniBrian CrouchNimmi RamanujamDaniel StevensonRico CastilloStephanie BlockerBoris EpelMrignayani KotechaGregory M. Palmer

tumor hypoxia radiosensitizationtumor targetingmedicinebiophysicsradiation oncologyradiation biologyredox biologycancer imagingoncologytumor biologymolecular imaging

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Gregory Palmer

PhD

Duke University

Affiliations

Duke University School of Medicine

Biostatistics

Medical Physics

Gregory Palmer is currently serving as a Biostatistics PhD 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

Gregory Palmer

Duke University

PhD

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Judith N. RiveraKeith LaemontArtak TovmasyanStefan StrykerKenneth YoungTheresa CharityGregory M. PalmerSha Chang

Abstract 4137: Feasibility of a Novel Image Guided Injection Tool for Non-Surgical Implantation of Orthotopic Tumors. Cancer Research (2024)

Thomas M. KierskiJuan D. RojasNathan BeaumontTheresa CharityRobert D. MarekKenneth H. YoungGregory M. PalmerRyan C. GessnerTomek J. Czernuszewicz

Dorababu SannareddyTheresa CharityAlexandra BennionCaroline WayEdwin YuRalph ErdmannGregory M PalmerGayathri R Devi

In Vivo Spectroscopy to Concurrently Characterize Five Metabolic and Vascular Endpoints Relevant to Aggressive Breast Cancer. Biophotonics discovery. (2024)

Victoria W. D’AgostinoRiley J. DeutschMichelle KwanEnakshi D. SunasseeMegan C. MadonnaGregory M. PalmerBrian T. CrouchNirmala Ramanujam

vascular endpointsradiation oncologycancer researchvascular biologybreast canceroncologyaggressive breast cancercancer biologytumor biologyhealth sciencescell biology

Optical Imaging Reveals Chemotherapy-Induced Metabolic Reprogramming of Residual Disease and Recurrence. Science Advances (2024)

ED SunasseeRJ DeutschVW D’AgostinoP Castellano-Escuder...

ophthalmologyradiation oncologycancer researchscience advanceoncologyresidual diseaseoptical imaginghealth sciences

Abstract P3-08-06: Monitoring Lymphovascular Invasion and Tumor Growth of Inflammatory Breast Cancer in a Murine Lymphatic Reporter Window Chamber Model. Cancer Research (2023)

Gayathri R DeviDorababu SannareddyAlexandra BennionAshlyn RickardDouglas C RouseMark W DewhirstGregory M Palmer

Abstract P6-01-01: Validation of an Optical Imaging Platform to Identify Metabolic Vulnerabilities in Chemo-Resistant and Sensitive Tumors. Cancer Research (2023)

Enakshi D. SunasseeElizabeth MaydewBrian CrouchMegan MadonnaGregory M PalmerNimmi Ramanujam

A Clinical Study to Assess Diffuse Reflectance Spectroscopy With an Auto-Calibrated, Pressure-Sensing Optical Probe in Head and Neck Cancer. Current Oncology (2023)

Ashlyn G. RickardHusam MikatiAntoine MansouratiDaniel StevensonMarlee KriegerDaniel RockeRamon EsclamadoMark W. DewhirstNirmala RamanujamWalter T. LeeGregory M. Palmer

A Novel Preclinical Murine Model to Monitor Inflammatory Breast Cancer Tumor Growth and Lymphovascular Invasion. Cancers (2023)

Ashlyn G. RickardDorababu S. SannareddyAlexandra BennionPranalee PatelScott J. SauerDouglas C. RouseSamantha BouchalHarrison LiuMark W. DewhirstGregory M. PalmerGayathri R. Devi

Evaluating Tumor Hypoxia Radiosensitization via Electron Paramagnetic Resonance Oxygen Imaging (Eproi). Molecular Imaging and Biology (2023)

tumor hypoxia radiosensitizationtumor targetingmedicinebiophysicsradiation oncologyradiation biologyredox biologycancer imagingoncologytumor biologymolecular imaging

1
2
3
4
5
14
10 / page

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