Quantitative SPECT and Applications in Disease Characterization and Therapy Monitoring

Quantitative SPECT and Applications in Disease Characterization and Therapy Monitoring

Johns Hopkins Medicine via YouTube Direct link

Conclusions

22 of 22

22 of 22

Conclusions

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Quantitative SPECT and Applications in Disease Characterization and Therapy Monitoring

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  1. 1 Intro
  2. 2 Two-Camera SPECT/CT Systems
  3. 3 SPECT Imaging Agents
  4. 4 Gamma Camera
  5. 5 Sample Projection Data
  6. 6 Analytical Method
  7. 7 Effects of Attenuation
  8. 8 Quantitative Effects of Scatter
  9. 9 Effects of CDR on Spatial Frequencies
  10. 10 Effect of CDR on SPECT Images
  11. 11 Partial Volume Effects
  12. 12 Statistical (Quantum) Noise
  13. 13 Effect of Degrading Factors
  14. 14 Quantitative Reconstruction with Model-based Compensation
  15. 15 Renal Mass Imaging
  16. 16 Radiopharmaceutical Therapy
  17. 17 Basic Principles of Dosimetry
  18. 18 Quantitative SPECT Activity Estimation
  19. 19 Quantitative Bone SPECT
  20. 20 Alpha Emitter Example: Ac225
  21. 21 Model Based Crosstalk Compensation and Simultaneous Dual Radionuclide Reconstruction
  22. 22 Conclusions

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