Lectures: 1) Instrumentation for radiotherapy planning, Simulator, CT simulator, laser sights 2) Instrumentation for radiotherapy - radioisotope irradiators (cobalt, cesium) 3) Instrumentation for radiotherapy - X-ray irradiators 4) Instrumentation for radiotherapy - linear accelerators, principles of particle acceleration, microtron, cyclotron 5) Special techniques in radiotherapy - gamma knife, cyberknife, stereotactic radiotherapy, tomotherapy, hyperthermia 6) Instrumentation for brachytherapy, classification, radiation sources, applicators, afterloading, containers 7) Ionizing radiation detectors, scintillation camera principle (Anger-type gamma camera), structure, parameters 8) SPECT (planar and SPECT studies, image processing, reconstruction, device structure, camera calibration ? homogeneity, center of rotation), SPECT/CT hybrid cameras 9) PET (basic principle, annihilation, arrangement, parameters) 10) Hybrid PET/CT imaging, PET/MRI, molecular imaging 11) Radiopharmaceuticals, preparation of radiopharmaceuticals 12) Documentation kept with the device, operating logbook, ionizing radiation metrology, in vivo dosimetry, operation, maintenance, servicing of irradiation equipment, inspections of irradiation equipment, ZPS, ZDS, documentation, audit, tests of operational stability and long-term stability of devices Exercises: 1) Differences between photon and electron beams 2) SSD technique or isocentric irradiation fields and MLC 3) Electron tubes, wedges, 3DCRT, IMRT techniques 4) Explanation of terms - dose, dose rate, output factor, wedge factor, PHD 5) Calculation of MU (time for Co60) for prescribing a dose to depth 6) Half-life, 60Co, time counting, X-ray irradiation tables, counting from a depth tube 7) SPECT - structure of the device, image data processing, reconstruction 8) Specifics of PET 9) Examples, hybrid imaging PET/CT - PET/MRI, molecular imaging 10) Preparation of radiopharmaceuticals 11) Excursions to selected workplaces 12) Excursions to selected workplaces
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