Medical Imaging Consultants, Inc.
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Nuclear Medicine

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  • q00293
    Radiology Trends for Technologists

    Radiation Effects of Fluoroscopy on Patients’ Skin and Hair

    A review of the current data concerning the essential factors regarding radiation effects on patients’ skin and hair. Fluoroscopy guided procedures and radiation therapy are discussed.

    Course ID:
    Q00293
    Tuition:
    $34.00
    Modalities:
    Cardiac Interventional, Nuclear Medicine, Radiation Therapy, Radiography, Vascular Interventional
    Credits:
    3.0

  • Q00422
    Radiology Trends for Technologists

    Radioiodine Therapy for Thyroid Cancer

    Objectives of radioiodine therapy for thyroid cancer are presented, and agents, targets and treatment strategies for iodine-refractory thyroid cancer are discussed.

    Course ID:
    Q00422
    Tuition:
    $24.00
    Modalities:
    Nuclear Medicine, Radiation Therapy
    Credits:
    2.0

  • Q00423
    Radiology Trends for Technologists

    Radionuclide Imaging in Ischemic Stroke

    Radioactive tracers and applications of radioisotope studies in stroke evaluation are presented. Future perspectives using hybrid imaging are discussed.

    Course ID:
    Q00423
    Tuition:
    $29.00
    Modalities:
    Nuclear Medicine, PET
    Credits:
    2.75

  • Q00457
    Radiology Trends for Technologists

    Radionuclide Imaging in the Surgical Management of Primary Hyperparathyroidism

    This review emphasizes the importance of performing imaging before any surgery for primary hyperparathyroidism.

    Course ID:
    Q00457
    Tuition:
    $24.00
    Modalities:
    CT, Nuclear Medicine, PET
    Credits:
    2.25

  • Q00492
    Radiology Trends for Technologists

    Radionuclide Imaging of Musculoskeletal Infection

    A look at the various radiopharmaceuticals used in the diagnostic workup of patients suspected of having musculoskeletal infection.

    Course ID:
    Q00492
    Tuition:
    $24.00
    Modalities:
    CT, Nuclear Medicine
    Credits:
    1.5

  • Q00456
    Radiology Trends for Technologists

    Reducing Radiation Dose in Radionuclide Myocardial Perfusion Imaging

    A practical approach to performing low-radiation-dose myocardial perfusion imaging using traditional and novel technologies.

    Course ID:
    Q00456
    Tuition:
    $29.00
    Modalities:
    Nuclear Cardiology, Nuclear Medicine, PET
    Credits:
    2.5

  • q00299
    Radiology Trends for Technologists

    Small Bowel Obstruction

    The pivotal role of radiology in recognizing, classifying and answering specific questions that will directly affect the management of patients with small bowel disease.

    Course ID:
    Q00299
    Tuition:
    $24.00
    Modalities:
    CT, Nuclear Medicine, Radiography, Sonography
    Credits:
    2.25

  • SNMMI Guidelines for Evaluation of Artificial Intelligence
    Radiology Trends for Technologists

    SNMMI Guidelines for Evaluation of Artificial Intelligence

    Course ID:
    Q00789
    Tuition:
    $34.00
    Modalities:
    Nuclear Medicine, PET, RRA
    Credits:
    3.0

  • Q00378
    Radiology Trends for Technologists

    SPECT/CT of Radioiodine Biodistributions

    The role of SPECT/CT in assessing physiologic uptake of radioiodine, normal variants, and metastatic disease mimics is presented.

    Course ID:
    Q00378
    Tuition:
    $34.00
    Modalities:
    CT, Nuclear Medicine
    Credits:
    3.0

  • Q00493
    Radiology Trends for Technologists

    SPECT/CT of Spondylolysis in Children and Young Adults

    A review of the SPECT/CT assessment of spondylolysis and other causes of low back pain in children and young adults that can be identified at SPECT/CT.

    Course ID:
    Q00493
    Tuition:
    $24.00
    Modalities:
    CT, Nuclear Medicine
    Credits:
    2.25

  • Q00320
    Radiology Trends for Technologists

    Staging Ovarian Cancer Using FDG PET/CT

    A presentation of the role of FDG PET combined with CT plays in depicting recurrent ovarian cancer.

    Course ID:
    Q00320
    Tuition:
    $29.00
    Modalities:
    CT, Nuclear Medicine, PET
    Credits:
    2.5

  • Q00435
    Radiology Trends for Technologists

    Stress-Only SPECT Myocardial Perfusion Imaging

    A review of the accuracy, patient outcomes, implementation strategies and new developments associated with stress-only myocardial perfusion imaging.

    Course ID:
    Q00435
    Tuition:
    $29.00
    Modalities:
    Cardiac Interventional, Nuclear Cardiology, Nuclear Medicine
    Credits:
    2.5

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