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Jeffrey Guild, Ph.D.

Jeffrey Guild, Ph.D.

Titles and Appointments

Professor

School
Medical School
Department
Radiology
  • Biography

    Jeffrey Guild, Ph.D., is a Professor of Radiology at UT Southwestern Medical Center and a member of its Medical Physics Division. He provides clinical diagnostic medical physics services to Parkland Health and Hospital System, Children’s Medical Center, and Clements University Hospital and Clinics.

    Dr. Guild holds a bachelor’s degree in physics from Harvey Mudd College in Claremont, California. He earned a master’s degree and doctoral degree in applied and engineering physics from Cornell University in Ithaca, New York. He then received advanced training in biomedical engineering through a fellowship at the Georgia Institute of Technology in Atlanta.

    Prior to joining the faculty in 2006, he served as the Medical Physics Quality Control Manager for the Department of Radiology.

    In his current role, Dr. Guild is the lead physicist responsible for diagnostic medical physics support for Parkland Health and Hospital System. These services include evaluating the performance of imaging equipment for regulatory and quality assurance purposes, specifying new imaging equipment and developing bid requests, designing and inspecting shielding in X-ray imaging rooms, providing physics oversight for American College of Radiology accreditation programs for computed tomography (CT) and ultrasound imaging machines, and performing patient specific radiation dose and risk estimates.

    In addition to offering his clinical services, Dr. Guild provides lectures, conferences, and exam reviews in radiological physics to resident physicians. He also has collaborated on several clinically relevant research projects, such as studies in vascular surgery, resulting in various publications in peer-reviewed journals.

    Dr. Guild currently serves on various committees, including CT Operations, Radiology User Group, the UT Southwestern Institutional Review Board, and he chairs the Radiation Protocol Committee for Interventional Fluoroscopy. He has professional affiliations with the American Association of Physicists in Medicine, where he is a member of the Alliance for Quality Computed Tomography. He also is a Diplomate of the American Board of Radiology, with certification in Diagnostic Medical Physics.

  • Education
    Undergraduate
    Harvey Mudd College (1990), Physics
    Graduate School
    Cornell University (1997), Physics
  • Publications
    The use of radiation protective surgical gloves reduces hand radiation exposure without increasing operator radiation dose during fluoroscopically guided interventions
    Solano A, Klein A, Siah MC, Gonzalez-Guardiola G, Chamseddin K, Wagner A, Prakash V, Shih M, Baig MS, Timaran CH, Guild J, Kirkwood ML Journal of vascular surgery 2025 Sep 82 875-881
    Analysis of radiation exposure learning curves for vascular surgery trainees during fluoroscopically guided interventions
    Solano A, Shih M, Klein A, Siah MC, Gonzalez-Guardiola G, Chamseddin K, Prakash V, Wagner A, Baig MS, Timaran CH, Guild J, Kirkwood ML Journal of vascular surgery 2025 Jul 82 267-272
    Photon-Counting-Detector CT: Technology Overview and Radiation Dose Reduction
    Ren L, Duan X, Ahn RW, Kay FU, Daftaribesheli L, Zhou W, Guild JB, Ananthakrishnan L British Journal of Radiology 2025 May
    0.35-mm lead-equivalent aprons provide similar protection to interventionalists compared to 0.5-mm lead-equivalent aprons during fluoroscopically guided interventions
    Solano A, Pizano A, Ramanan B, Siah MC, Chamseddin K, Gonzalez-Guardiola G, Prakash V, Shih M, Baig MS, Timaran CH, Guild J, Kirkwood ML JVS-Vascular Insights 2025 Jan 3
    The addition of a leaded arm sleeve to leaded aprons further decreases operator upper outer quadrant chest wall radiation dose during fluoroscopically guided interventions
    Ramanan B, Pizano A, Solano A, Gonugunta AS, Timaran CH, Siah M, Baig S, Shih M, Guild JB, Kirkwood ML Journal of vascular surgery 2024 Apr 79 948-953
    Operator Lower Leg Radiation Dose during Fluoroscopically Guided Interventions is Effectively Reduced by Wearing Lead-Equivalent Leg Wraps
    Ramanan B, Pizano A, Timaran CH, Siah M, Baig S, Shih M, Guild J, Kirkwood ML Annals of Vascular Surgery 2023 Feb 89 161-165
    New imaging technology system reduces patient radiation dose during peripheral arterial endovascular interventions
    Pizano A, Khurram A, Chamseddin K, Timaran CH, Baig S, Shih M, Xi Y, Guild J, Kirkwood ML Journal of vascular surgery 2022 Aug 76 500-504
    Disposable, lightweight shield decreases operator eye and brain radiation dose when attached to safety eyewear during fluoroscopically guided interventions
    Kirkwood ML, Klein A, Timaran C, Siah M, Shih M, Baig S, Xi Y, Guild J Journal of vascular surgery 2022 Jun 75 2047-2053
    An Optimization Framework to Study the Balance Between Expected Fatalities Due to COVID-19 and the Reopening of U.S. Communities
    Chen VC, Zhou Y, Fallahi A, Viswanatha A, Yang J, Liu F, Ohol NS, Ghasemi Y, Farahani AA, Rosenberger JM, Guild JB IEEE Transactions on Automation Science and Engineering 2022 Apr 19 586-602
    Use of a 2 Dimensional Vessel Navigator Roadmap Decreases Patient Radiation Dose Compared to Standard 3D Mapping for Fenestrated Endovascular Aneurysm Repair
    Klein A, Guild J, Xi Y, Chamseddin K, Shih M, Siah M, Timaran C, Kirkwood M Annals of Vascular Surgery 2022 Mar 80 250-255
  • Professional Associations/Affiliations
    • American Association of Physicists in Medicine