Radiopharmaceutical Chemistry

Part I: First Principles.- Why Nuclear Imaging and Radiotherapy.- Overview of Nuclear Imaging with Small Molecules.- Overview of Nuclear Imaging with Peptides and Proteins.- Overview of Nuclear Imaging with Antibodies.- Overview of Nuclear Imaging with Nanoparticles.- Overview of Targeted Radiotherapy.- The Production of Radioisotopes.- The Physics of Nuclear Imaging.- The Physics of Targeted Radiotherapy.- Part II: Radiochemistry.- 11C.- 68Ga and 67Ga.- 18F Part 1: Nucleophilic Fluorinations.- 18F Part 2: Electrophilic Fluorinations.- 18F Part 3: Fluorination Using Prosthetic Groups.- 18F Part 4: Next Generation Fluorination Methods.- 99mTc.- 186Re and 188Re.- The isotopes of Cu.- The isotopes of Y.- 111In and 177Lu.- 89Zr.- The isotopes of iodine.- The chemistry of alpha-emitting isotopes.- The best of the rest: the chemistry of emerging isotopes.- Part III: Special Topics.- Bioconjugation Methods.- Click Chemistry in Radiochemistry.- Cerenkov Imaging.- Imaging Instrumentation for Radiochemists.- Medical Physics for Radiochemists.- Radiation Safety for Radiochemists.- The Clinical Translation Process in the U.S..- The Clinical Translation Process in Europe.- Choosing a Target for Nuclear Imaging or Radiotherapy.

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• Medicina nuclear

radiopharmaceutical chemistry;radiochemistry;PET;SPECT;radiotherapy;nuclear imaging