Syllabus: |
Physics component - the physics of nuclear medicine, radioactive decay and interaction of radiation with matter, positron emission tomography, single photon emission computed tomography. Instrumentation component - production of radioisotopes, scintillation counters, energy windows. Rectilinear scanners - historical review, Anger gamma camera - method of operation, collimators, digital gamma cameras, functional calculations. Whole body imaging, SECT, performance measurements and quality control, PET. Artifacts, quality assurance. Imaging component - principles of nuclear medicine imaging of various systems and organs - skeletal, pulmonary, cardiovascular, endocrine and central nervous systems, renal, GI tract (including blood loss), liver, spleen and infection/inflammatory disease imaging. Radionuclide therapy and tracer principles. Integration and application of the common studies and practical aspects of instrumentation. Radiopharmacy component - production of radionuclides characteristics and basic concepts of the chemistry of radiopharmaceuticals, Manufacture and use of cold kits. Radiopharmaceutical preparation, dispensing, behaviour in vivo. Labelling blood components. Non imaging radiopharmaceuticals. Practical application of the basic principles. |