NUM-1750 Radiopharmacy/Radio-chemistry

Credits 2
In this course, students learn about the laws and regulations that govern the production, storage, transportation, receipt, and disposal of radio-pharmaceuticals used in nuclear medicine. Through a variety of laboratory exercises, students will simulate the compounding, measurement, and quality control of radioactive drugs used by nuclear medicine technologists.
Prerequisite(s): CHM-1010 (also required for entry into NUM program).
Formerly NUM-2550.
Course Outcomes

Compare/contrast production methods of radionuclides, including reactors, generators, and cyclotrons.
Apply principles of radioactive decay, equilibrium, and dosing equations to predict tracer yield.
Prepare doses for simulated patient use.
Analyze the characteristics of an ideal radiopharmaceutical.
Identify common radio-labeling techniques.
Identify regulations governing nuclear pharmacy/hot lab setup and operation.