Introduction to Nuclear Medicine for Trainees in Imaging and Imaging Sciences
Introduction to Nuclear Medicine for Trainees in Imaging and Imaging Sciences
Vadrucci, Manuela; Peters, Adrien Michael
Springer Nature Switzerland AG
04/2026
234
Dura
Inglês
9783032183637
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Part I. Tracer Kinetics.- 1. Mathematical Equations.- 2. Physiological Equations.- 3. Clearance, Blood Flow And Extraction Fraction [Or Efficiency (%)].- 4. Distribution Volume And Mean Transit Time.- 5. Blood Capillary Function.- Part II. Basic Medical Statistics.- 6. Parametric Statistics.- 7. Non-Parametric Statistics.- 8. Interpretation of Statistical Significance.- Part III. Basic Sciences of Nuclear Medicine.- 9. Basic Sciences of NM.- Part IV. Tc-99m Compounds.- 10. FREE Tc-99m (Pertechnetate; Tc-99mO4; 161 Da; Half-Life 6 H).- 11. Tc-99m-Diethyltriaminepentaacetic Acid (DTPA; MW 650 Da).- 12. Tc-99m-Mercaptoacetyltriglycine (MAG3) (MW 417 Da).- 13. Tc-99m-Dimercaptosuccinic Acid (DMSA) (MW 182 Da).- 14. Tc-99m-Iminodiacetic Acid (HIDA) (MW 177 Da).- 15. Tc-99m-Labelled Diphosphonates (MW ~300 Da).- 16. Tc-99m-Sestamibi (MW 778 Da) And Tc-99m-Tetrafosmin (MW 895 Da).- 17. Tc-99m-Hexamethylpropylamine Oxime (HMPAO) (MW 385 Da).- 18. Tc-99m-Labelled Aerosols.- 19. Tc-99m-Labelled Liquid and Semisolid Meals.- 20. Tc-99m-Labelled Red Blood Cells.- 21. Tc-99m-Labelled Proteins.- 22. Tc-99m-Labelled Nanocolloids.- Part V. Miscellaneous Radiopharmaceuticals.- 23. Noble Gases.- 24. Iodine-123 (Half-Life 13.2 H; Decays by Electron Capture To Te-123) and Iodine-131 (8.1 D, Beta Minus Emission, Xe-131).- 25. Selenium-75 (Half-Life 120 D; Decays by Electron Capture to As-75; 136, 265 and 401 Kev).- 26. Indium-111 (Half-Life 2.8 D; Decays by Electron Capture to Cd-111; 172 Kev and 245 Kev).- 27. Radionuclides of Historical Interest.- Part VI. Positron Emission Tomography (PET).- 28. Compounds Of Fluorine-18.- 29. Compounds Of Gallium 68 (Half-Life 68 Minutes).- 30. Rubidium-82 (Half-Life 78 Sec).
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Radionuclide radiology;Radiopharmaceutical physiology;Elementary tracer kinetics;Radiology teaching;Radiopharmaceutical kinetics
Part I. Tracer Kinetics.- 1. Mathematical Equations.- 2. Physiological Equations.- 3. Clearance, Blood Flow And Extraction Fraction [Or Efficiency (%)].- 4. Distribution Volume And Mean Transit Time.- 5. Blood Capillary Function.- Part II. Basic Medical Statistics.- 6. Parametric Statistics.- 7. Non-Parametric Statistics.- 8. Interpretation of Statistical Significance.- Part III. Basic Sciences of Nuclear Medicine.- 9. Basic Sciences of NM.- Part IV. Tc-99m Compounds.- 10. FREE Tc-99m (Pertechnetate; Tc-99mO4; 161 Da; Half-Life 6 H).- 11. Tc-99m-Diethyltriaminepentaacetic Acid (DTPA; MW 650 Da).- 12. Tc-99m-Mercaptoacetyltriglycine (MAG3) (MW 417 Da).- 13. Tc-99m-Dimercaptosuccinic Acid (DMSA) (MW 182 Da).- 14. Tc-99m-Iminodiacetic Acid (HIDA) (MW 177 Da).- 15. Tc-99m-Labelled Diphosphonates (MW ~300 Da).- 16. Tc-99m-Sestamibi (MW 778 Da) And Tc-99m-Tetrafosmin (MW 895 Da).- 17. Tc-99m-Hexamethylpropylamine Oxime (HMPAO) (MW 385 Da).- 18. Tc-99m-Labelled Aerosols.- 19. Tc-99m-Labelled Liquid and Semisolid Meals.- 20. Tc-99m-Labelled Red Blood Cells.- 21. Tc-99m-Labelled Proteins.- 22. Tc-99m-Labelled Nanocolloids.- Part V. Miscellaneous Radiopharmaceuticals.- 23. Noble Gases.- 24. Iodine-123 (Half-Life 13.2 H; Decays by Electron Capture To Te-123) and Iodine-131 (8.1 D, Beta Minus Emission, Xe-131).- 25. Selenium-75 (Half-Life 120 D; Decays by Electron Capture to As-75; 136, 265 and 401 Kev).- 26. Indium-111 (Half-Life 2.8 D; Decays by Electron Capture to Cd-111; 172 Kev and 245 Kev).- 27. Radionuclides of Historical Interest.- Part VI. Positron Emission Tomography (PET).- 28. Compounds Of Fluorine-18.- 29. Compounds Of Gallium 68 (Half-Life 68 Minutes).- 30. Rubidium-82 (Half-Life 78 Sec).
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