Faculty

Institution

Unit

Venue

Srinivasan Vedantham

Professor Medical Imaging and Biomedical Engineering Professor

University of Arizona

Affiliations

College of Engineering

Biomedical Engineering

Srinivasan Vedantham is currently serving as a Biomedical Engineering Professor Medical Imaging and Biomedical Engineering Professor at University of Arizona.

Honors

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Experiences

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Education

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Srinivasan Vedantham

University of Arizona

Professor Medical Imaging and Biomedical Engineering Professor

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medical imaging radiology biomedical imaging breast imaging cancer imaging computed tomography breast cancer medical physics radiation oncology digital image processing radiation instrumentation biomedical engineering radiographic imaging ct scan neurology medical image computing biological imaging neuroradiology medical image analysis radiation dose image analysis diagnostic imaging optical engineering computational imaging image reconstruction advanced imaging radiation detection neuroimaging digital imaging abdominal imaging analytical instrumentation nuclear medicine neurointerventional surgery instrumentation engineering breast ct neurosurgery reconstruction techniques digital mammography magnetic resonance imaging dosimetry digital breast tomosynthesis image quality digital radiography electronics image sensors oncologic imaging emergency radiology cancer detection spatial resolution scatter correction brain imaging radiation therapy planning monte carlo x-ray fluorescence physical characteristics breast cancer imaging digital tomosynthesis 3d imaging cerebrovascular disease image coding image compression imaging system cardiovascular imaging physical medicine vascular biology surgical oncology scintillators radiomics medical diagnostics phantom study x-ray scatter correction chest wall geant4 toolkit aesthetic surgery aesthetic plastic surgery radiation dosimetry radiologic education

Notable Scholarly Works

Notable Federal Grants

Collaborators

3Rd Comprehensive Survey of the Neuroradiology Work Environment in the United States With Reported Trends in Clinical Work, Nonclinical Work, Errors, Burnout and Retirement. American Journal of Neuroradiology (2025)

neurologydiagnostic neuroradiologyconcussionneurorehabilitationinterdisciplinary neurosurgeryneuroradiologyunited statesneuromuscular medicineneuro-oncologyneuroradiology work environmentneurosciencecomprehensive survey

neurologydiagnostic neuroradiologyneurorehabilitationinterdisciplinary neurosurgeryneuroradiologyunited statesneuromuscular medicineneuro-oncologyneuroradiology work environmentneurosciencecomprehensive surveyphysical therapy

Corrigendum to “Natural History Progression of Mri Brain Volumetrics in Type II Late-Infantile and Juvenile Gm1 Gangliosidosis Patients” [Molecular Genetics and Metabolism 2025 Mar;144(3): 109025].. Molecular Genetics and Metabolism (2025)

neurologyimaging genomicsneurological progressmetabolism 2025neurogeneticsneuropathologybrain tumor researchneuroradiologynatural history progressionmri brain volumetricsneuroscience

Expected Trainee Interpretive Volumes and Potential Threats to Neuroradiology Program Viability: A Survey of Neuroradiology Fellowship Program Directors. American Journal of Neuroradiology (2025)

neurosurgeryneurologyrehabilitationdiagnostic neuroradiologyradiologyneuroradiology program viabilityneuroradiologycontinuing medical educationtrainee interpretive volumesradiologic educationmedical educationmedical ethicspotential threats

Investigating Hyperostosis Frontalis Interna: A Computed Tomography Analysis and Predictive Model for Hershkovitz Classification. Acta Radiologica (2025)

R MushtaqA BhandariS VedanthamRJ WrubleU Udayasankar...

hyperostosis frontalis internaradiologypredictive modelcomputed tomography analysismedical imagingcomputed tomographyhershkovitz classification

Mri Evaluation of Hyperostosis Frontalis Interna: Differentiation and Diagnostic Insights. Neuroradiology (2025)

neurologyradiologymri evaluationneuropathologyneuroradiologyanatomical pathology

Natural History Progression of Mri Brain Volumetrics in Type II Late-Infantile and Juvenile Gm1 Gangliosidosis Patients. Molecular Genetics and Metabolism (2025)

Josephine KolstadChristopher ZoppoJean M JohnstonPrecilla D'SouzaAnna Luisa KühnZeynep VardarAhmet PekerAsma HaderHakki CelikConnor J LewisClifford LindsayZubir S RentiyaCatherine LebelSrinivasan VedanthamBehroze VachhaHeather L Gray-EdwardsMaria T AcostaCynthia J TifftMohammed Salman Shazeeb

neuroimagingbrain imagingtype ii late-infantilegeneticsmedical imagingmri brain volumetricsmolecular geneticsmetabolism

Simultaneous Reduction of Radiation Dose and Scatter-To-Primary Ratio Using a Truncated Detector and Advanced Algorithms for Dedicated Cone-Beam Breast Ct. Biomedical Physics & Engineering Express (2025)

truncated detectorradiologymedical physicsct scanradiation oncologyradiation dosesimultaneous reductionmedical imagingcancer imagingdosimetrycomputed tomographyradiation

Aapm Task Group Report 299: Quality Control in Multi-Energy Computed Tomography.. Med Phys (2024)

radiologymedical physicsct scanmulti-energy computed tomographymedical imagingcomputed tomographyquality controldigital image processingcritical carebiomedical imaging

Aapm Task Group Report 299: Quality Control in Multi‐Energy Computed Tomography. Medical Physics (2024)

Rick R. LaymanShuai LengKirsten L. BoedekerLaurel M. BurkHao DangXinhui DuanMegan C. JacobsenBaojun LiKe LiKevin LittlePriti MadhavJessica MillerJessica L. NuteJuan Carlos Ramirez GiraldoKenneth J. RuchalaShengzhen TaoVladimir VarchenaSrinivasan VedanthamRongping ZengDa Zhang

radiographic imagingradiologymulti-energy computed tomographymedical imagingcomputed tomographybiomedical imaging

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Srinivasan Vedantham

Professor Medical Imaging and Biomedical Engineering Professor

University of Arizona

Affiliations

College of Engineering

Biomedical Engineering

Srinivasan Vedantham is currently serving as a Biomedical Engineering Professor Medical Imaging and Biomedical Engineering Professor at University of Arizona.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Srinivasan Vedantham

University of Arizona

Professor Medical Imaging and Biomedical Engineering Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

neurologyimaging genomicsneurological progressmetabolism 2025neurogeneticsneuropathologybrain tumor researchneuroradiologynatural history progressionmri brain volumetricsneuroscience

Expected Trainee Interpretive Volumes and Potential Threats to Neuroradiology Program Viability: A Survey of Neuroradiology Fellowship Program Directors. American Journal of Neuroradiology (2025)

Investigating Hyperostosis Frontalis Interna: A Computed Tomography Analysis and Predictive Model for Hershkovitz Classification. Acta Radiologica (2025)

R MushtaqA BhandariS VedanthamRJ WrubleU Udayasankar...

hyperostosis frontalis internaradiologypredictive modelcomputed tomography analysismedical imagingcomputed tomographyhershkovitz classification

Mri Evaluation of Hyperostosis Frontalis Interna: Differentiation and Diagnostic Insights. Neuroradiology (2025)

neurologyradiologymri evaluationneuropathologyneuroradiologyanatomical pathology

Natural History Progression of Mri Brain Volumetrics in Type II Late-Infantile and Juvenile Gm1 Gangliosidosis Patients. Molecular Genetics and Metabolism (2025)

neuroimagingbrain imagingtype ii late-infantilegeneticsmedical imagingmri brain volumetricsmolecular geneticsmetabolism

truncated detectorradiologymedical physicsct scanradiation oncologyradiation dosesimultaneous reductionmedical imagingcancer imagingdosimetrycomputed tomographyradiation

Aapm Task Group Report 299: Quality Control in Multi-Energy Computed Tomography.. Med Phys (2024)

radiologymedical physicsct scanmulti-energy computed tomographymedical imagingcomputed tomographyquality controldigital image processingcritical carebiomedical imaging

Aapm Task Group Report 299: Quality Control in Multi‐Energy Computed Tomography. Medical Physics (2024)

radiographic imagingradiologymulti-energy computed tomographymedical imagingcomputed tomographybiomedical imaging

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Similar Faculty Members

Jinyi Qi

Institution

University of California, Davis

radiology

biomedical imaging

Cristian Tudorel Badea

Institution

Duke University

radiology

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Abhinav Jha

Institution

Washington University in St. Louis

radiation oncology

medical imaging

Youngho Seo

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University of California, Berkeley

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D. Wilson

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biomedical imaging

Wei Zhao

Institution

Stony Brook University

radiology

ct scan

Ehsan Samei

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Baowei Fei

Institution

University of Texas at Dallas

radiology

biomedical imaging

Huabei Jiang

Institution

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radiation oncology

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