Faculty

Institution

Unit

Venue

Siamak P. Nejad-Davarani

Asst Professor of Clinical Radiation Oncology

University of Miami

Affiliations

Miller School of Medicine

Radiation Oncology

Siamak P. Nejad-davarani is currently serving as a Miller School Of Medicine Asst Professor of Clinical Radiation Oncology at University of Miami.

Honors

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Experiences

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Education

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Siamak P. Nejad-Davarani

University of Miami

Asst Professor of Clinical Radiation Oncology

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neuroscience neuroimaging neurology medical imaging magnetic resonance imaging brain imaging radiation oncology medicine neuroradiology cerebral blood flow stroke deep learning mammalian biology computed tomography radiation therapy oncology nuclear magnetic resonance image analysis developmental neurobiology biomedical imaging vascular biology traumatic brain injury brain tumor research computational imaging angiogenesis angiology medicinal research magnetic resonance cardiovascular research medical technology cancer biology treatment planning medical image analysis mri-guided radiation therapy clinical neurology animal physiology molecular psychiatry veterinary science intensive care respiratory medicine clinical investigation cerebrovascular disease cancer genomics positron emission tomography brain organization acute medicine andrology acute myocardial infarction in vivo systems genetic basis treatment effects dosimetry model comparison contrast agents clinical case presentation clinical reviews clinical case report clinical neuroscience radiation biology proton therapy generative adversarial networks magnetic resonance images synthetic cts embolic stroke sildenafil-treated rats axonal remodeling adult mouse neurogenic niche brain cholinergic denervation mri evaluation axonal reorganization brain radiation therapy female mice mri measurement therapeutic effect diffusion entropy adaptive radiation therapy mri biomarkers radiology nuclear medicine radiation adaptive radiotherapy

Notable Scholarly Works

Notable Federal Grants

Collaborators

Mri Relaxometry for Glioblastoma Response Assessment During Radiation Therapy on a 0.35 T Mri Linear Accelerator. International Journal of Radiation Oncology*Biology*Physics (2025)

proton therapyradiation therapyradiation oncologymri-guided radiation therapymri relaxometrygliomasmedical imagingmagnetic resonance imagingbrain tumor researchradiologycancer imagingneuroradiologyneuroimagingglioblastoma response assessmentradiationneuro-oncology

Deep Learning-Based Synthetic Computed Tomography for Low-Field Brain Magnetic Resonance-Guided Radiation Therapy. International Journal of Radiation Oncology*Biology*Physics (2024)

Yuhao YanJoshua P KimSiamak P Nejad-DavaraniMing DongNewton J HurstJiwei ZhaoCarri K Glide-Hurst

radiation therapyradiation oncologymri-guided radiation therapydeep learningradiation biology

Validation of Daily 0.35 T Diffusion‐Weighted Mri for Mri‐Guided Glioblastoma Radiotherapy. Medical Physics (2024)

Natalia LutsikSiamak P. Nejad‐DavaraniAlessandro ValderramaJanette HerrDanilo MazieroKaylie CullisonGregory A. AzzamGregory J KubicekJessica MeshmanMacarena I. de la FuenteTess ArmstrongEric A. Mellon

neurologyradiation oncologybrain imagingmedical imagingradiationmagnetic resonance imagingmedical image analysisradiologydiffusionneuroimagingmri-guided glioblastoma radiotherapyoncology

ASSET: Auto-Segmentation of the Seventeen Segments for Ventricular Tachycardia Ablation in Radiation Therapy. Cancers (2023)

Eric MorrisRobert ChinTrudy WuClayton SmithSiamak Nejad-DavaraniMinsong Cao

radiation therapyradiation oncologycancer researchventricular tachycardia ablationoncologycancer biology

Performance of Deep Learning Synthetic Cts for Mr‐Only Brain Radiation Therapy. Journal of Applied Clinical Medical Physics (2021)

Xiaoning LiuHajar EmamiSiamak P. Nejad‐DavaraniEric MorrisLonni SchultzMing DongCarri K. Glide‐Hurst

radiation therapyradiation oncologypositron emission tomographydeep learningmedical imagingcomputed tomographymedicineapplied physicsbrain radiation therapy

Sa-Gan: Structure-Aware Gan for Organ-Preserving Synthetic Ct Generation. Lecture notes in computer science (2021)

Hajar EmamiMing DongSiamak Nejad-DavaraniCarri Glide-Hurst

computer sciencecomputer visiondeep learningorgan preservationcomputed tomographyoptoelectronicscomputational imagingbiomedical engineeringstructure-aware ganapplied physicsimage analysismachine learning

Sa-Gan: Structure-Aware Generative Adversarial Network for Shape-Preserving Synthetic Ct Generation.. arXiv (Cornell University) (2021)

Hajar EmamiMing DongSiamak P. Nejad-DavaraniCarri Glide-Hurst

computer visiondeep learninggenerative adversarial networkscomputed tomographycomputational imagingophthalmologyimage analysismachine learning

Impairments of White Matter Tracts and Connectivity Alterations in Five Cognitive Networks of Patients With Multiple Sclerosis. Clinical Neurology and Neurosurgery (2020)

AmirEhsan LashkariEsmaeil Davoodi-BojdLara FahmyLian LiSiamak P. Nejad-DavaraniMichael ChoppQuan JiangMirela Cerghet

neurologymultiple sclerosissystems neuroscienceconnectivity alterationsclinical neurologycognitive neuroscienceneurosciencewhite matter tractsneurosurgeryclinical neuroscience

Rapid Multicontrast Brain Imaging on a 0.35T Mr‐Linac. Medical Physics (2020)

Siamak P. Nejad‐DavaraniNiloufar ZakariaeiYongsheng ChenE. Mark HaackeNewton J. HurstM. Salim SiddiquiLonni R. SchultzJames M. SnyderTobias WalbertCarri K. Glide‐Hurst

medical technologybrain imagingmagnetic resonance imagingmedical imagingcomputed tomographyneuroimagingapplied physics

A Novel and Rapid Approach to Estimate Patient-Specific Distortions Based on Mdixon Mri. Physics in Medicine and Biology (2019)

Steffen WeissSiamak Nejad-DavaraniHolger EggersEliza OrasanuSteffen RenischCarri Glide-Hurst

physicsbrain imagingmedical imagingmagnetic resonance imagingmdixon mrimedical image analysismedicineneuroimagingpatient-specific distortionshealth sciences

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Siamak P. Nejad-Davarani

Asst Professor of Clinical Radiation Oncology

University of Miami

Affiliations

Miller School of Medicine

Radiation Oncology

Siamak P. Nejad-davarani is currently serving as a Miller School Of Medicine Asst Professor of Clinical Radiation Oncology at University of Miami.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Siamak P. Nejad-Davarani

University of Miami

Asst Professor of Clinical Radiation Oncology

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Mri Relaxometry for Glioblastoma Response Assessment During Radiation Therapy on a 0.35 T Mri Linear Accelerator. International Journal of Radiation Oncology*Biology*Physics (2025)

Deep Learning-Based Synthetic Computed Tomography for Low-Field Brain Magnetic Resonance-Guided Radiation Therapy. International Journal of Radiation Oncology*Biology*Physics (2024)

Yuhao YanJoshua P KimSiamak P Nejad-DavaraniMing DongNewton J HurstJiwei ZhaoCarri K Glide-Hurst

radiation therapyradiation oncologymri-guided radiation therapydeep learningradiation biology

Validation of Daily 0.35 T Diffusion‐Weighted Mri for Mri‐Guided Glioblastoma Radiotherapy. Medical Physics (2024)

neurologyradiation oncologybrain imagingmedical imagingradiationmagnetic resonance imagingmedical image analysisradiologydiffusionneuroimagingmri-guided glioblastoma radiotherapyoncology

ASSET: Auto-Segmentation of the Seventeen Segments for Ventricular Tachycardia Ablation in Radiation Therapy. Cancers (2023)

Eric MorrisRobert ChinTrudy WuClayton SmithSiamak Nejad-DavaraniMinsong Cao

radiation therapyradiation oncologycancer researchventricular tachycardia ablationoncologycancer biology

Performance of Deep Learning Synthetic Cts for Mr‐Only Brain Radiation Therapy. Journal of Applied Clinical Medical Physics (2021)

Xiaoning LiuHajar EmamiSiamak P. Nejad‐DavaraniEric MorrisLonni SchultzMing DongCarri K. Glide‐Hurst

radiation therapyradiation oncologypositron emission tomographydeep learningmedical imagingcomputed tomographymedicineapplied physicsbrain radiation therapy

Sa-Gan: Structure-Aware Gan for Organ-Preserving Synthetic Ct Generation. Lecture notes in computer science (2021)

Hajar EmamiMing DongSiamak Nejad-DavaraniCarri Glide-Hurst

Sa-Gan: Structure-Aware Generative Adversarial Network for Shape-Preserving Synthetic Ct Generation.. arXiv (Cornell University) (2021)

Hajar EmamiMing DongSiamak P. Nejad-DavaraniCarri Glide-Hurst

computer visiondeep learninggenerative adversarial networkscomputed tomographycomputational imagingophthalmologyimage analysismachine learning

Impairments of White Matter Tracts and Connectivity Alterations in Five Cognitive Networks of Patients With Multiple Sclerosis. Clinical Neurology and Neurosurgery (2020)

AmirEhsan LashkariEsmaeil Davoodi-BojdLara FahmyLian LiSiamak P. Nejad-DavaraniMichael ChoppQuan JiangMirela Cerghet

neurologymultiple sclerosissystems neuroscienceconnectivity alterationsclinical neurologycognitive neuroscienceneurosciencewhite matter tractsneurosurgeryclinical neuroscience

Rapid Multicontrast Brain Imaging on a 0.35T Mr‐Linac. Medical Physics (2020)

Siamak P. Nejad‐DavaraniNiloufar ZakariaeiYongsheng ChenE. Mark HaackeNewton J. HurstM. Salim SiddiquiLonni R. SchultzJames M. SnyderTobias WalbertCarri K. Glide‐Hurst

medical technologybrain imagingmagnetic resonance imagingmedical imagingcomputed tomographyneuroimagingapplied physics

A Novel and Rapid Approach to Estimate Patient-Specific Distortions Based on Mdixon Mri. Physics in Medicine and Biology (2019)

Steffen WeissSiamak Nejad-DavaraniHolger EggersEliza OrasanuSteffen RenischCarri Glide-Hurst

physicsbrain imagingmedical imagingmagnetic resonance imagingmdixon mrimedical image analysismedicineneuroimagingpatient-specific distortionshealth sciences

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5
10 / page

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biomedical imaging

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Hongyu An

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translational imaging

novel imaging method

Youngho Seo

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Albert H. Kim, MD, PhD

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pituitary tumors

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