Nuclear Oncology

<p>I. Basic Science<br>1. The Cancer Biology of Molecular Imaging<br>2. Radiopharmaceuticals for Single-Photon Emission Imaging and for Therapy<br>3. Radiopharmaceuticals for Imaging in Oncology with Special Emphasis on Positron-Emitting Agents<br>4. Physics of Nuclear Oncology <br>5. Instrumentation<br>6. Radiobiology and Radiation Dosimetry in Nuclear Medicine: Therapy, Diagnosis, and Considerations for Sensitive Populations</p><p>II. Clinical Applications<br>7. Lymphomas<br>8. Multiple Myeloma<br>9. Brain Tumors <br>10. Head and Neck Cancer <br>11. Thyroid and Parathyroid Tumors<br>12. Breast Cancer<br>13. Lung and Mediastinal Tumors <br>14. Gastric Cancers <br>15. Cancers of the Esophagus and Small Bowel, Precancerous States of the Large Bowel, and Gastrointestinal Stromal Tumors <br>16. Tumors of the Liver and Biliary Tract<br>17. Pancreatic Cancer <br>18. Neuroendocrine Tumors <br>19. Colorectal Cancer <br>20. Kidney and Bladder Cancer <br>21. Tumors of the Genitourinary System<br>22. Gynecologic Cancers<br>23. Sarcoma<br>24. Malignant Melanoma<br>25. Pediatric Cancers</p><p>III. Radionuclide Therapy<br>26. I-131 MIBG Therapy<br>27. Targeted Therapy for Bone Metastasis</p><p>IV. Radioguided Surgery<br>28. Radioguided Surgery </p><p>V. Heart Disease in the Cancer Patient<br>29. Imaging the Heart in the Cancer Patient<br></p><p>VI. Adverse Effects of Cancer Therapy<br>30. Nuclear Medicine in the Assessment of Adverse Effects of Cancer Therapy in the Lung, Kidney, and Gastrointestinal Tract <br></p><p>VII. Teaching Cases<br>31. Cases</p><p>