|
Session |
Topic |
|
1. |
What is Nuclear Medicine? |
|
2. |
Basic Atomic and Nuclear Physics |
|
3. |
Modes of Radioactive Decay |
|
4. |
Decay of Radioactivity |
|
5. |
Radionuclides and Radiopharmaceutical Production
|
|
6. |
Radionuclides for Nuclear Medicine |
|
7. |
Interaction of Radiation with Matter |
|
8. |
Radiation Detectors |
|
9. |
Electronic Instrumentation for Radiation
Detection Systems |
|
10. |
Nuclear Counting Statistics |
|
11. |
Pulse Height Spectroscopy |
|
12. |
Problems in Radiation Detection and
Measurement |
|
13. |
Counting Systems |
|
14. |
The Gamma Camera: Basic Principles |
|
15. |
The Gamma Camera: Performance Characteristics |
|
16. |
Image Quality in Nuclear Medicine |
|
17. |
Tomographic Reconstruction in Nuclear Medicine |
|
18. |
Single Photon Emission
Tomography |
|
19. |
Performance and Quality
Assurance of SPECT Systems |
|
20. |
Positron Emission Tomography |
|
21. |
PET Detector and Scanner Designs |
|
22. |
Data Acquisition for PET |
|
23. |
Digital Image Processing in
Nuclear Medicine |
|
24. |
Tracer Kinetic Modeling |
|
25. |
Internal Radiation Dosimetry |
|
26. |
Radiation Safety and Health
Physics |
|
27. |
Clinical Nuclear Medicine
Practice |
|
28. |
Brain, Cardiology,
Oncology, Endocrinology, Rest of the Body |
