diology students and healthcare professionals preparing for exams. It begins with an introduction to nuclear medicine principles, explaining the behavior of radioactive isotopes and the concept of radioactivity in diagnostic imaging. Students will learn about key radiopharmaceuticals, their biodistribution, and clinical uses in areas like cardiology, endocrinology, oncology, and neurology.

The course covers imaging techniques, including SPECT, PET, and hybrid imaging modalities, emphasizing indications, strengths, and limitations of each. Practical insights into image interpretation, quantification, and safety protocols ensure students can apply theoretical knowledge to clinical scenarios. Radiation protection principles, dose calculation, and patient safety measures are highlighted, reinforcing best practices in nuclear medicine.

High-yield review sections, mnemonics, and practice questions help consolidate learning and improve exam performance. By the end of the course, learners will confidently understand the fundamentals of nuclear medicine, radiopharmaceutical selection, imaging principles, and clinical application, equipping them for both radiology board exams and practical clinical use.