Cardiac MRI: Radiography Techniques and Clinical Applications
Program start date | Application deadline |
2024-04-22 | - |
Program Overview
This 2-day course provides an overview of Cardiac MRI principles and clinical applications. It covers patient safety, MRI sequences, cardiac anatomy, and pathology. Assessment includes a written abstract and essay on a cardiac MRI case study. The course is offered for CPD attendance or credits and is taught by experts in the field.
Program Outline
Outline:
This course enables you to study the principles of Cardiac MRI and its common clinical applications in a variety of cardiac conditions. It will provide background knowledge on the physics of MRI and suggest optimisation techniques for improved image quality and a robust patient safety framework.
- Term 3Apr: Starting date: 22nd April 2024, Duration: 2 days, Time: 9:00am to 4:00pm
- Lecture 1: Patient safety and patient care in Cardiac MRI, including preparation for the ECG, refresher on the related physical principles
- Lecture 2: Planning, MRI sequences used for imaging cardiac anatomy and function
- Lecture 3: Detailed cardiac anatomy and frequently encountered pathology
- Self-study assignments:
- 3,000-word written abstract on a chosen related cardiac MRI topic
- Observation of a video-recorded cardiac MRI examination with explanation
Assessment:
- 3,000-word written abstract on a chosen related cardiac MRI topic
- Written essay on a cardiac MRI case study
Teaching:
- Lectures: Delivered by academic experts and experienced clinical practitioners
- Self-study: Using relevant scientific and grey literature, and resources on Moodle
- Online discussions and forums: Interacting with academic experts, experienced clinical practitioners, and fellow students
Careers:
No information provided in the context.
Other:
- The course is offered as
- CPD for attendance only and
- CPD for credits .
- The course is taught by academic experts and experienced clinical practitioners.
- The opportunity to practice cardiac planning on a dedicated virtual space and to observe an optimal cardiac MRI examination with explanation will be offered.
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