Nuclear Medicine Radioactivity for Diagnosis and Therapy 2nd Edition PDF Download/ free link available

Nuclear medicine is a growing specialized medical field in which radiopharmaceuticals, i.e. drugs associated to radioactivity, are used for diagnostic or therapeutic purposes. Since 1942, nuclear medicine has progressed in such a way that it became a major diagnostic tool in hospitals. The past ten years have seen the introduction of major technical breakthroughs which will considerably modify the landscape of cancer treatment.

Once injected to the patient, the radiopharmaceutical drug aims at the tumour cell – including metastases – selectively, settles there, and emits radiation. Depending on the radiation type, the drug will either help identify the cells or destroy them. Applications are not limited to oncology; indeed, nuclear medicine has found interesting applications in cardiology and neurology as well.

This scientific book aims to introduce nuclear medicine to a larger audience, pointing out, among other things, the difficulties met by both physicians and patients when trying to access new technologies. This second edition shows how much progress has been made over the past ten years since the original book was published, and how much can be expected for patients within the next few years.

Key Features of Nuclear Medicine Radioactivity for Diagnosis and Therapy 2nd Edition PDF

1. Fundamentals of Nuclear Medicine: This section would likely cover basic principles of nuclear medicine, including radioactivity, radiation interactions with matter, radiopharmaceuticals, and radiation detection.
2. Diagnostic Procedures: It would delve into various diagnostic techniques such as Single Photon Emission Computed Tomography (SPECT), Positron Emission Tomography (PET), gamma camera imaging, and hybrid imaging modalities like PET-CT and SPECT-CT. Each technique’s principles, indications, protocols, and interpretation would be discussed.
3. Radiopharmaceuticals: This section would detail different radiopharmaceutical agents used for diagnosis, their production, labeling techniques, pharmacokinetics, dosimetry, and clinical applications.
4. Radiation Safety and Protection: Given the nature of nuclear medicine involving radioactive materials, safety protocols, radiation protection measures, and regulations governing the use of radioactive substances would be thoroughly discussed.
5. Therapeutic Procedures: This part would focus on therapeutic applications of nuclear medicine, including targeted radionuclide therapy for various cancers (e.g., thyroid cancer, neuroendocrine tumors), hyperthyroidism treatment, radioimmunotherapy, and pain palliation in metastatic bone disease.
6. Radiation Dosimetry and Patient Management: Detailed discussions on radiation dosimetry calculations, dose optimization, patient preparation, and management before, during, and after nuclear medicine procedures.
7. Quality Control and Instrumentation: This section would cover quality control procedures for imaging equipment, radiopharmaceutical preparation, and radiation monitoring devices. It would also discuss instrumentation used in nuclear medicine imaging and therapy.
8. Clinical Case Studies: Real-world case studies illustrating the application of nuclear medicine techniques in clinical practice, including interpretation of imaging findings and treatment outcomes.

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