MRI Physics
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This course includes:
Short, focused topical videos
State of the art video animations
Access to course instructor
On-demand content
Engaging questions
Clinically relevant examples
Course Content
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Module 1: Basics
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Module 2: Putting the Patient in the MRI
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Module 3: What Happens When RF Energy Is Applied
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Module 4: Loss of Transverse Signal
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Module 5: T1 Relaxation
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Module 6: Pulse Sequence Basics and Selecting Slices
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Module 7: Frequency Encoding
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Module 8: Phase Encoding
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Module 9: k-Space and Fourier Transform
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Module 10: Spin Echo Sequences
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Module 11: Fast Spin Echo Sequences
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Module 12: GRE Imaging Sequences
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Module 13: Tissue Suppression
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Module 14: Image Quality
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Module 15: Speeding Things Up!
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Artifact Library
What You Will Learn
- Principles of image formation
- Factors that affect image quality
- Common Artifacts
- Effective and Safe Use of Equipment
Requirements
- 10-15 minutes per module
- 5 hours total to complete the course
- A desire to learn
- A quiet spot or headphones
Fantastic course!! Helped me understand soo much
-Peter
Very thorough and easy to follow for such a tough subject - thank you!
-Thomas
I really appreciated being able to go back and watch the videos several times for clarification! Thank you!!
-Zachary
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Radiography
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Ultrasound
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Fluoroscopy
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Mammography
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Computed Tomography
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Magnetic Resonance Imaging
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Nuclear Medicine
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Radiation Safety
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Radiation Biology
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Instructor
Karen Brown
Ms. Brown is a Diagnostic Imaging Physicist for Penn State College of Medicine. She is Certified in Radiological Physics by the American Board of Radiology (ABR) and in Health Physics by the American Board of Health Physics (ABHP).
Sam Einstein
Dr. Einstein is an Assistant Professor of Radiology at Penn State College of Medicine in Hershey, Pennsylvania. He is certified in Diagnostic Medical Physics by the American Board of Radiology and as an MR Safety Expert by the American Board of MR Safety.