Nuclear Medicine Physics 2023 – 2024

Hello and welcome to Nuclear Medicine Physics!

If you have any questions about the course content, contact me via email at karen@sybildigitallearning.com. I am here to help you!

Enjoy the course and please remember to complete the Course Evaluation when you have finished all of the modules!

Course Information

Categories: Online-Course

Course Instructor

Karen Brown MHP, CHP, DABR, FAAPM

Miss Brown is a Senior Instructor of Radiology at Penn State College of Medicine in Hershey, Pennsylvania. She is certified in Diagnostic Medical Physics by the American Board of Radiology and in Comprehensive Health Physics by the American Board of Health Physics.

Nuclear Medicine Physics

Module 1: Nuclides (Duration 8:58)

Module 2: Nuclear Stability (Duration 12:05)

Module 3: Alpha Decay (Duration 7:17)

Module 4: Beta Minus Decay (Duration 9:26)

Module 5: Beta Plus Decay (Duration 6:24)

Module 6: Electron Capture (Duration 3:08)

Module 7: Isomeric Transition (Duration 5:28)

Module 8: Activity and Half Life (Duration 7:50)

Module 9: Radionuclide Production (Duration 5:33)

Module 10: Radionuclide generators (Duration 10:34)

Module 11: Instrumentation (Duration 8:28)

Module 12: Ionization Chambers (Duration 11:34)

Module 13: Dose calibrator QC (Duration 13:42)

Module 14: Geiger Counters (Duration 8:14)

Module 15: Scintillation Detectors (Duration 16:52)

Module 16: The Gamma Camera (Duration 9:17)

Module 17: The Photomultiplier Tube Array (Duration 5:10)

Module 18: The Collimator (Duration 15:27)

Module 19: SPECT Imaging (Duration 12:17)

Module 20: Gamma Camera Quality Control (Duration 7:43)

Module 21: SPECT Quality Control (Duration 6:03)

Module 22: PET Imaging (Duration 8:13)

Module 23: Time of Flight & 3D PET (Duration 4:12)

Module 24: PET Spatial Resolution (Duration 8:15)

Module 25: Image Reconstruction (Duration 5:04)

Module 26: PET CT Artifacts (Duration 4:26)

Module 27: Quantitative PET (Duration 7:28)

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Nuclear Medicine Physics
- Module 1: Nuclides (Duration 8:58)
- Module 2: Nuclear Stability (Duration 12:05)
- Module 3: Alpha Decay (Duration 7:17)
- Module 4: Beta Minus Decay (Duration 9:26)
- Module 5: Beta Plus Decay (Duration 6:24)
- Module 6: Electron Capture (Duration 3:08)
- Module 7: Isomeric Transition (Duration 5:28)
- Module 8: Activity and Half Life (Duration 7:50)
- Module 9: Radionuclide Production (Duration 5:33)
- Module 10: Radionuclide generators (Duration 10:34)
- Module 11: Instrumentation (Duration 8:28)
- Module 12: Ionization Chambers (Duration 11:34)
- Module 13: Dose calibrator QC (Duration 13:42)
- Module 14: Geiger Counters (Duration 8:14)
- Module 15: Scintillation Detectors (Duration 16:52)
- Module 16: The Gamma Camera (Duration 9:17)
- Module 17: The Photomultiplier Tube Array (Duration 5:10)
- Module 18: The Collimator (Duration 15:27)
- Module 19: SPECT Imaging (Duration 12:17)
- Module 20: Gamma Camera Quality Control (Duration 7:43)
- Module 21: SPECT Quality Control (Duration 6:03)
- Module 22: PET Imaging (Duration 8:13)
- Module 23: Time of Flight & 3D PET (Duration 4:12)
- Module 24: PET Spatial Resolution (Duration 8:15)
- Module 25: Image Reconstruction (Duration 5:04)
- Module 26: PET CT Artifacts (Duration 4:26)
- Module 27: Quantitative PET (Duration 7:28)