Nuclear Medicine Physics
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This course includes:
Short, focused topical video lectures
State of the art video graphics
Access to course instructor
On-demand content
Engaging questions
Clinically relevant examples
Course Content
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Module 1: Nuclides
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Module 2: Nuclear Stability
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Module 3: Alpha Decay
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Module 4: Beta Minus Decay
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Module 5: Beta Plus Decay
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Module 6: Electron Capture
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Module 7: Isomeric Transition
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Module 8: Activity and Half Life
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Module 9: Radionuclide Production
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Module 10: Radionuclide generators
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Module 11: Instrumentation
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Module 12: Ionization Chambers
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Module 13: Dose calibrator QC
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Module 14: Geiger Counters
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Module 15: Scintillation Detectors
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Module 16: The Gamma Camera
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Module 17: The Photomultiplier Tube Array
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Module 18: The Collimator
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Module 19: SPECT Imaging
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Module 20: Gamma Camera Quality Control
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Module 21: SPECT Quality Control
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Module 22: PET Imaging
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Module 23: Time of Flight & 3D PET
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Module 24: PET Spatial Resolution
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Module 25: Image Reconstruction
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Module 26: PET CT Artifacts
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Module 27: Quantitative PET
What You Will Learn
- Principles of radioactive decay and measurements
- Factors that affect image quality
- Common Artifacts
Requirements
- 10-15 minutes per module
- 6 hours total to complete the course
- A desire to learn
- A quiet spot or headphones
Very thorough module
-Peter
Thank you for making these module for us. they are very helpful
-Jacob
Nothing but excellence!
-Thom
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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).