Faculty

Institution

Unit

Venue

Moiz Ahmad

Associate Professor

The University of Texas MD Anderson Cancer Center

Affiliations

Department Of Imaging Physics

Institute for Data Science in Oncology

Moiz Ahmad is currently serving as an Imaging Physics Associate Professor at The University of Texas Md Anderson Cancer Center.

Honors

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Experiences

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Education

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Moiz Ahmad

The University of Texas MD Anderson Cancer Center

Associate Professor

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medical imaging radiology computed tomography biomedical imaging cancer imaging radiation oncology medical physics x-ray fluorescence applied physics radiation medical image computing computational imaging physics medical optical imaging nuclear medicine lung cancer medical technology ct scan oncology respiratory medicine thoracic oncology medical image analysis positron emission tomography abdominal imaging l-shell x-ray fluorescence lung tumors structural biology nanotechnology prostate cancer material chemistry structural chemistry cluster chemistry medical biophysics radiation therapy radiation therapy planning dual-source ct cine ct cone-beam ct crystal research coordination chemistry crystal engineering chemical sciences luminescence nanoparticle research structure elucidation supramolecular chemistry catalytic process supramolecular assemblies reference data image registration chemical biotechnology cluster science chemical technology structural composition tissue imaging tumor targeting noise reduction radiation exposure automatic identification texture analysis hepatobiliary tumors pancreatic cancer liver cancer respiration (physiology) metal-organic frameworks heavy metal clusters synergistic assembly reference dataset x-ray luminescence respiratory signals biomolecule-directed metal clusters theoretical detection threshold detector angular configuration source-to-background ratio target definition motion extent laboratory investigation translational research functional imaging neuro-oncology digital medicine medicine cancer care nuclear science health informatics jama oncology oral radiology individualized medicine informatics cancer research diagnosis surgical oncology digital image processing cancer letter instrumentation biomedical informatics personalized medicine biological imaging molecular imaging

Notable Scholarly Works

Notable Federal Grants

Collaborators

Quantifying the Performance of Enhanced Radiation Output, Dual-Source Ct Relative to Traditional Ct in Patients With Severe Obesity. Journal of Computer Assisted Tomography (2025)

cancer imagingenhanced radiation outputradiation oncologymedical physicsct scantraditional ctradiationradiologydual-source ctdual-source ct relativemedical imagingcomputed tomographynuclear medicineobesity

Robust Automated Method of Spatial Resolution Measurement in Radiotherapy Ct Simulation Images. Journal of Applied Clinical Medical Physics (2025)

biomedical imagingmedical image computingradiation oncologyimage reconstructionradiationdigital image processingradiologyimage analysisspatial resolution measurementmedical imagingcomputed tomography

Automatic Vessel Attenuation Measurement for Quality Control of Contrast‐Enhanced Ct: Validation on the Portal Vein. Medical Physics (2024)

Kevin McCoySujay MarisettyDominique TanCorey T. JensenJeffrey H. SiewerdsenChristine B. PetersonMoiz Ahmad

biomedical imagingmedical technologycontrast-enhanced ctct scanportal veinmedical imagingapplied physicsradiologyhealth sciencescomputed tomographyabdominal imaging

Cone-Beam Ct With a Noncircular (Sine-On-Sphere) Orbit: Imaging Performance of a Clinical System for Image-Guided Interventions. Journal of Medical Imaging (2024)

A. Kyle JonesMoiz AhmadShaan M. RazaStephen R. ChenJeffrey H. Siewerdsen

biomedical imagingcone-beam ctimage-guided interventionsradiologyimaging performancemedical imagingcomputed tomography

Dual-Energy Ct for Differentiation of Hypodense Liver Lesions in Pancreatic Adenocarcinoma. European Radiology (2024)

hepatologyliver transplantationcancer imaginghypodense liver lesionsradiation oncologyliver cancerdual-energy ctpancreatic cancerpancreatic adenocarcinomaradiologydual-source cthepatobiliary tumorsmedical imaging

Patient-Specific Neq(F): Automatic Local and Global Determination of Spatial-Frequency-Dependent Snr and Task Performance in Clinical Ct. Medical Imaging 2018: Physics of Medical Imaging (2024)

Parvathy Sudhir PillaiJeffrey H. SiewerdsenTatiana RypinskiAnshuj DevaBhavin SoniA. Kyle JonesMoiz Ahmad

spatial-frequency-dependent snrbiomedical imagingoncologyclinical ctmedical imagingpositron emission tomographyradiologypatient-specific neqneuroimagingcomputed tomography

How Do Cancer-Specific Computed Tomography Protocols Compare With the American College of Radiology Dose Index Registry? an Analysis of Computed Tomography Dose at 2 Cancer Centers. Journal of Computer Assisted Tomography (2023)

Timothy P. SzczykutowiczMoiz AhmadXinming LiuMyron A. PozniakMeghan G. LubnerCorey T. Jensen

cancer centerscancer imagingradiologymedical imagingcomputed tomography

Low Pitch Significantly Reduces Helical Artifacts in Abdominal Ct. European Journal of Radiology (2023)

biomedical imaginglow pitchct scanradiologymedical imagingcomputed tomographyabdominal imaging

Oncology-Specific Radiation Dose and Image Noise Reference Levels in Adult Abdominal-Pelvic Ct. Clinical Imaging (2022)

Moiz AhmadXinming LiuAjaykumar C. MoraniDhakshinamoorthy GaneshanMarcus R. AndersonEhsan SameiCorey T. Jensen

adult abdominal-pelvic ctoncology-specific radiation dosecancer imagingoncologyradiation oncologyradiation exposuremedical imagingcomputed tomographyabdominal imaging

Assessment of the Global Noise Algorithm for Automatic Noise Measurement in Head Ct Examinations. Medical Physics (2021)

diagnosisneuroradiologybiomedical imagingmedical image computingmedical physicsaudiologynuclear medicinefunctional imagingdigital image processingradiologyclinical otolaryngologyneuroimagingmedical imagingnoisehearing research

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Moiz Ahmad

Associate Professor

The University of Texas MD Anderson Cancer Center

Affiliations

Department Of Imaging Physics

Institute for Data Science in Oncology

Moiz Ahmad is currently serving as an Imaging Physics Associate Professor at The University of Texas Md Anderson Cancer Center.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Moiz Ahmad

The University of Texas MD Anderson Cancer Center

Associate Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Quantifying the Performance of Enhanced Radiation Output, Dual-Source Ct Relative to Traditional Ct in Patients With Severe Obesity. Journal of Computer Assisted Tomography (2025)

Robust Automated Method of Spatial Resolution Measurement in Radiotherapy Ct Simulation Images. Journal of Applied Clinical Medical Physics (2025)

biomedical imagingmedical image computingradiation oncologyimage reconstructionradiationdigital image processingradiologyimage analysisspatial resolution measurementmedical imagingcomputed tomography

Automatic Vessel Attenuation Measurement for Quality Control of Contrast‐Enhanced Ct: Validation on the Portal Vein. Medical Physics (2024)

Kevin McCoySujay MarisettyDominique TanCorey T. JensenJeffrey H. SiewerdsenChristine B. PetersonMoiz Ahmad

biomedical imagingmedical technologycontrast-enhanced ctct scanportal veinmedical imagingapplied physicsradiologyhealth sciencescomputed tomographyabdominal imaging

Cone-Beam Ct With a Noncircular (Sine-On-Sphere) Orbit: Imaging Performance of a Clinical System for Image-Guided Interventions. Journal of Medical Imaging (2024)

A. Kyle JonesMoiz AhmadShaan M. RazaStephen R. ChenJeffrey H. Siewerdsen

biomedical imagingcone-beam ctimage-guided interventionsradiologyimaging performancemedical imagingcomputed tomography

Dual-Energy Ct for Differentiation of Hypodense Liver Lesions in Pancreatic Adenocarcinoma. European Radiology (2024)

Patient-Specific Neq(F): Automatic Local and Global Determination of Spatial-Frequency-Dependent Snr and Task Performance in Clinical Ct. Medical Imaging 2018: Physics of Medical Imaging (2024)

Parvathy Sudhir PillaiJeffrey H. SiewerdsenTatiana RypinskiAnshuj DevaBhavin SoniA. Kyle JonesMoiz Ahmad

spatial-frequency-dependent snrbiomedical imagingoncologyclinical ctmedical imagingpositron emission tomographyradiologypatient-specific neqneuroimagingcomputed tomography

Timothy P. SzczykutowiczMoiz AhmadXinming LiuMyron A. PozniakMeghan G. LubnerCorey T. Jensen

cancer centerscancer imagingradiologymedical imagingcomputed tomography

Low Pitch Significantly Reduces Helical Artifacts in Abdominal Ct. European Journal of Radiology (2023)

biomedical imaginglow pitchct scanradiologymedical imagingcomputed tomographyabdominal imaging

Oncology-Specific Radiation Dose and Image Noise Reference Levels in Adult Abdominal-Pelvic Ct. Clinical Imaging (2022)

Moiz AhmadXinming LiuAjaykumar C. MoraniDhakshinamoorthy GaneshanMarcus R. AndersonEhsan SameiCorey T. Jensen

adult abdominal-pelvic ctoncology-specific radiation dosecancer imagingoncologyradiation oncologyradiation exposuremedical imagingcomputed tomographyabdominal imaging

Assessment of the Global Noise Algorithm for Automatic Noise Measurement in Head Ct Examinations. Medical Physics (2021)

1
2
3
4
5
10 / page