Faculty

Institution

Unit

Venue

J. Ophir

University of Houston

Affiliations

Cullen College of Engineering

Electrical & Computer Engineering

Honors College

Electrical Engineering

NoneJ. Ophir is currently serving as a Cullen College Of Engineering faculty at University of Houston.

Honors

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Experiences

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Education

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J. Ophir

University of Houston

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ultrasound medical imaging elastography biomedical imaging medical ultrasound radiology health sciences materials science applied physics acoustical engineering tissue imaging biological imaging frequency control breast imaging instrumentation abdominal imaging tissue (biology) bioacoustics cancer imaging hearing research bioelectronics medical biophysics medical image analysis acoustical oceanography elastographic imaging tissue engineering signal processing engineering acoustic feasibility study biological tissues signal-to-noise ratio liver physiology medical physics tissue physiology acoustic signal processing benchmark studies acoustic microscopy liver disease physical acoustics axial-shear strain elastography sound speed contrast-to-noise ratio mechanical science thermal engineering vascular biology medical image computing bone research meat science 3d imaging diagnostic imaging elasticity (physics) acoustic ecology optical engineering signal decorrelation sound estimation digestive diseases physiological measurements medicinal research protein science health technology audio signal processing advanced imaging medical electronics biomedical technologies radiographic imaging spectrum estimation breast lesions elastic properties theoretical framework strain filter ultrasonic imaging tissue strain image noise timefrequency analysis angiology thermography

Notable Scholarly Works

Notable Federal Grants

Collaborators

Contents. Journal of Shoulder and Elbow Surgery (2015)

Hyo-Jin LeeYang-Soo KimIn ParkDae-Ho HaDaniel GeorgeBartholomew MckayRuurd JaarsmaCarlos TorrensJuan SanchezMichael HusseyBrandon SteenMichael CusickJacob CoxScott MarberryPeter SimonBenjamin CottrellBrandon SantoniMark FrankleVladislavs GordinsLennart HoveliusHans RahmeUlrica Bergstr€

Small Breast Lesion Classification Performance Using the Normalized Axial-Shear Strain Area Feature. Ultrasound in Medicine & Biology (2013)

Arun K. ThittaiJose-Miguel YamalJonathan Ophir

radiologymedical ultrasoundmedical imagingpattern recognitionultrasoundbreast imaginghealth sciences

On the Advantages of Imaging the Axial-Shear Strain Component of the Total Shear Strain in Breast Tumors. Ultrasound in Medicine & Biology (2012)

Arun K. ThittaiBelfor GalazJonathan Ophir

radiographic imagingneuroradiologytotal shear strainbreast tumors3d imagingmedical ultrasoundabdominal imagingbreast cancerstructural biologyhealth sciencessurgical oncologyaxial-shear strain componentmedical imagingmedical image computingultrasoundbiomedical imagingbreast imagingradiologyradiation oncologycancer imagingbiological imaging

Axial-Shear Strain Elastography for Breast Lesion Classification: Further Results From in Vivo Data. Ultrasound in Medicine & Biology (2011)

Arun K. ThittaiJose-Miguel YamalLouise M. MobbsChristina M. Kraemer-ChantSrinivasa ChekuriBrian S. GarraJonathan Ophir

medical image analysisradiologybreast lesion classificationmedical ultrasoundabdominal imagingmedical imagingultrasoundaxial-shear strain elastographybiomedical imagingbreast imagingvivo data

ELASTOGRAPHY: A Decade of Progress (2000-2010). Current Medical Imaging Formerly Current Medical Imaging Reviews (2011)

Jonathan OphirSeshadri SrinivasanRaffaella RighettiArun Thittai

medicineadvanced imagingelastographymedical imagingbiomedical imaginghealth sciences

Visualization of Hifu-Induced Lesion Boundaries by Axial-Shear Strain Elastography: A Feasibility Study. Ultrasound in Medicine & Biology (2011)

Arun K. ThittaiBelfor GalazJonathan Ophir

neurologyradiologytissue imagingmedical ultrasoundabdominal imaginghifu-induced lesion boundariesmedical imagingultrasoundbiological imagingvisualizationbiomedical imagingaxial-shear strain elastographyhealth sciencesfeasibility study

Axial–Shear Strain Distributions in an Elliptical Inclusion Model: Experimental Validation and in Vivo Examples With Implications to Breast Tumor Classification. Ultrasound in Medicine & Biology (2010)

Arun K. ThittaiBelfor GalazJonathan Ophir

medical biophysicsexperimental validationbreast oncologyneurologymedical physicsmedical ultrasoundanatomybreast cancerstructural biologyhealth sciencesaxial-shear strain distributionslaboratory medicinevivo exampleselliptical inclusion modelmedical imagingultrasoundbiomedical imagingbreast imaginglaser ultrasoundradiology

Importance of Axial Compression Verification to Correct Interpretation of Axial-Shear Strain Elastograms in Breast Lesions. Ultrasonic Imaging (2010)

Arun K. ThittaiBelfor GalazJonathan Ophir

medical image analysisradiologymedical imagingcancer imagingaxial compression verificationbreast lesionsultrasoundbiomedical imagingbreast imagingaxial-shear strain elastograms

Breast Tumor Classification Using Axial Shear Strain Elastography: A Feasibility Study. Physics in Medicine and Biology (2008)

Arun ThitaikumarLouise M MobbsChristina M Kraemer-ChantBrian S GarraJonathan Ophir

physicsbiophysicsstrategic studiesbenchmark studiesmedical imagingcancer imagingbreast tumor classificationbreast canceroncologycase studiesbiomedical imagingapplied physicsfeasibility study

Mo-D-342-03: Breakthroughs in Elasticity, Ultrasound Computed Tomography, and Optoacoustic Tomography. Medical Physics (2008)

J Ophir

elasticity (physics)medical physicsoptoacoustic tomographybiomedical engineeringmedical imagingcomputed tomography

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J. Ophir

University of Houston

Affiliations

Cullen College of Engineering

Electrical & Computer Engineering

Honors College

Electrical Engineering

NoneJ. Ophir is currently serving as a Cullen College Of Engineering faculty at University of Houston.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

J. Ophir

University of Houston

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Contents. Journal of Shoulder and Elbow Surgery (2015)

Small Breast Lesion Classification Performance Using the Normalized Axial-Shear Strain Area Feature. Ultrasound in Medicine & Biology (2013)

Arun K. ThittaiJose-Miguel YamalJonathan Ophir

radiologymedical ultrasoundmedical imagingpattern recognitionultrasoundbreast imaginghealth sciences

On the Advantages of Imaging the Axial-Shear Strain Component of the Total Shear Strain in Breast Tumors. Ultrasound in Medicine & Biology (2012)

Arun K. ThittaiBelfor GalazJonathan Ophir

Axial-Shear Strain Elastography for Breast Lesion Classification: Further Results From in Vivo Data. Ultrasound in Medicine & Biology (2011)

Arun K. ThittaiJose-Miguel YamalLouise M. MobbsChristina M. Kraemer-ChantSrinivasa ChekuriBrian S. GarraJonathan Ophir

medical image analysisradiologybreast lesion classificationmedical ultrasoundabdominal imagingmedical imagingultrasoundaxial-shear strain elastographybiomedical imagingbreast imagingvivo data

ELASTOGRAPHY: A Decade of Progress (2000-2010). Current Medical Imaging Formerly Current Medical Imaging Reviews (2011)

Jonathan OphirSeshadri SrinivasanRaffaella RighettiArun Thittai

medicineadvanced imagingelastographymedical imagingbiomedical imaginghealth sciences

Visualization of Hifu-Induced Lesion Boundaries by Axial-Shear Strain Elastography: A Feasibility Study. Ultrasound in Medicine & Biology (2011)

Arun K. ThittaiBelfor GalazJonathan Ophir

Importance of Axial Compression Verification to Correct Interpretation of Axial-Shear Strain Elastograms in Breast Lesions. Ultrasonic Imaging (2010)

Arun K. ThittaiBelfor GalazJonathan Ophir

medical image analysisradiologymedical imagingcancer imagingaxial compression verificationbreast lesionsultrasoundbiomedical imagingbreast imagingaxial-shear strain elastograms

Breast Tumor Classification Using Axial Shear Strain Elastography: A Feasibility Study. Physics in Medicine and Biology (2008)

Arun ThitaikumarLouise M MobbsChristina M Kraemer-ChantBrian S GarraJonathan Ophir

physicsbiophysicsstrategic studiesbenchmark studiesmedical imagingcancer imagingbreast tumor classificationbreast canceroncologycase studiesbiomedical imagingapplied physicsfeasibility study

Mo-D-342-03: Breakthroughs in Elasticity, Ultrasound Computed Tomography, and Optoacoustic Tomography. Medical Physics (2008)

J Ophir

elasticity (physics)medical physicsoptoacoustic tomographybiomedical engineeringmedical imagingcomputed tomography

1
2
3
4
5
20
10 / page

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University of Rochester

radiology

biomedical imaging

Kirill Larin

Institution

University of Houston

ophthalmology

optical coherence tomography

Paul Barbone

Institution

Boston University

mechanical engineering

mechanical modeling

Huabei Jiang

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biological imaging

Gregg E. Trahey

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Salavat Aglyamov

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biomedical engineering

Kathryn Radabaugh Nightingale

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Mark L. Palmeri

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Duke University

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medical technology

Boris Rubinsky

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biomedical system

Marvin Doyley

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