Introduction to the principles of ionizing radiation physics and their origin. Characteristics of ionizing radiation as properties of the atomic nucleus. Theory and mechanisms of interaction of ionizing radiation with matter. Mass absorption coefficient and half-value layers. Nuclear reactions and radioisotope production. Clinical application of radioisotopes and radiopharmaceuticals. Elements of instrumentation for detectors of the three basic alpha-, beta-, and gamma-radiations. Effect of ionizing radiation on biological organisms. Study of biological effects of ionizing radiation on cell DNA. Effect of neutrons on biology and their use in clinical medicine. Theory of compartmental spaces and application of advanced clinical application techniques (SPECT), positron emission tomography (PET) with short-lived radioisotopes with combined computed tomography (CT) results. Hadron therapy, advantages and application of diagnostic and therapeutic methods of accelerator devices. Introduction to dosimetry and radiation protection. Laboratory exercises and visits to public hospitals are foreseen.
- Teacher: Μαρια Σταθοπουλου
- Teacher: Παγωνα Τογια
Συνδιδασκαλία: 1576
ECTS : 0
Language : el