Welcome to the Medical Professionals MRI continuing education credits library! All of our MRI CE/CEUs courses are approved either by the American Society of Radiologic Technologists (ASRT) or by the Canadian Association of Medical Radiation Technologists (CAMRT). We guarantee that all of the MRI CE credits you earn will be accepted by state registries in the USA and Canadian territories for all licensed radiologic technologists, as well as for American Registry of Radiologic Technologists® (ARRT®) renewal. All MRI CE courses are also accepted by the American Registry of Magnetic Resonance Imaging Technologists (ARMRIT®).
Course | Description | CE Credits | Buy now | |
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Unlimited CE credits for your ARRT® & state renewal. Get unlimited continuing education courses to take you beyond certification. A CE plan that makes achieving excellence easier than ever. |
170+ CE Credits |
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This course covers the physical principles, measurements techniques, and quantification methods of proton MRS imaging. The course also covers the clinical applications of MRI spectroscopy, its ability to provide improved characterization of tissues, and discusses specific considerations in different pathologies. |
8.00 CE Credits |
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This covers the basic and fundamental principles and protocols of breast MRI. The course includes an in-depth look at the physiology and radiological anatomy of the breast, an introduction to breast cancer, and an overview of patient preparation procedures. |
6.00 CE Credits |
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This course lists and identifies common pulse sequences used in MR imaging, explains how common pulse sequences work, defines basic pulse sequences based on their chronology displays and functional MRI sequences, as well as fat suppression and fluid suppression techniques, and explains various ways saturation bands are used. |
5.5 CE Credits |
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This course covers safety in MR environments and MRI zones, and caring for patients undergoing MRI examinations. This course also covers technical aspects and image processing, including pulse sequences, parameters and how they affect image quality, gradients, Fourier transform, proton spin and frequency, magnetic field strength, and types of MRI scanners. |
5.50 CE Credits |
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This course provides for students and technologists a virtual MRI interface that allows them to manipulate, in real time, image contrast, acquisition time, signal-to-noise ratio, and spatial resolution, as well as the number of slices allowed per acquisition. |
5.25 CE Credits |
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This course summarizes the development of magnetic resonance imaging in medicine. Aspects of magnetic resonance physics and technology relevant at ultra-high magnetic fields as well as current limitations are highlighted. |
5.00 CE Credits |
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This course provides the learner with a more in-depth understanding of the importance of safety in and around the MRI environment. It is designed to provide the learner with a more in-depth understanding of the importance of safety in and around the MRI environment. |
4.50 CE Credits |
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This course begins with an overview of cardiac anatomy, physiology, and pathologies and addresses procedures for patient care, including patient positioning. The course also covers the basic principles and advanced techniques of cardiac MRI, as well as cardiac MRI acquisition, artifacts unique to cardiac MRI, and post-processing techniques. |
3.50 CE Credits |
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This course defines artifact as it applies to MRI imaging, explains why artifacts are detrimental to diagnosis, gives an example of an artifact that is used to aid in diagnosis, lists the common artifacts associated with MRI and the causes of artifacts, and explains corrective actions for each artifact. |
3.25 CE Credits |
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This course defines magnetic strength, lists and describes the types of magnet used in MRI, explains the magnetic field and radiofrequencies, lists ways to effectively shield the MRI room and the types of gradients used in MRI, and explains K-space, fourier space and spatial encoding. |
2.75 CE Credits |
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This course covers the role of MRI in the diagnosis and management of patients with epilepsy. It includes a discussion of the protocols and their limitations, with emphasis on MRI in the differential diagnosis and presurgical evaluation of the disease. |
2.00 CE Credits |
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In this course, we will discuss how the data is collected and transformed into an image in MRI. We will also get to learn and understand what makes a good quality image, and how the parameters selected can affect the image quality. Image quality is important, because an image of poor quality can hide a pathology and lead to misdiagnosis. |
1.25 CE Credits |
