Principles of Nuclear Medicine
( 25 Modules )

Module #1
Introduction to Nuclear Medicine
Overview of nuclear medicine, its history, and applications

Module #2
Radiation and Radioactivity
Fundamentals of radiation, types of radiation, and radioactivity

Module #3
Radioisotopes and Radionuclides
Properties and uses of radioisotopes and radionuclides in nuclear medicine

Module #4
Radiation Detection and Measurement
Principles and instruments for detecting and measuring radiation

Module #5
Radiation Safety and Protection
Principles and practices for radiation safety and protection

Module #6
Instrumentation in Nuclear Medicine
Overview of instruments used in nuclear medicine, including counters, spectrometers, and scanners

Module #7
Radiopharmaceuticals and Tracers
Properties, preparation, and uses of radiopharmaceuticals and tracers

Module #8
Imaging in Nuclear Medicine
Principles and modalities of nuclear medicine imaging, including planar, SPECT, and PET

Module #9
Planar Imaging in Nuclear Medicine
Principles and applications of planar imaging in nuclear medicine

Module #10
SPECT Imaging in Nuclear Medicine
Principles and applications of SPECT imaging in nuclear medicine

Module #11
PET Imaging in Nuclear Medicine
Principles and applications of PET imaging in nuclear medicine

Module #12
Nuclear Medicine Applications in Oncology
Role of nuclear medicine in cancer diagnosis, staging, and treatment

Module #13
Nuclear Medicine Applications in Cardiology
Role of nuclear medicine in cardiovascular disease diagnosis and treatment

Module #14
Nuclear Medicine Applications in Neurology
Role of nuclear medicine in neurological disease diagnosis and treatment

Module #15
Nuclear Medicine Applications in Endocrinology
Role of nuclear medicine in endocrine disease diagnosis and treatment

Module #16
Nuclear Medicine Applications in Infection and Inflammation
Role of nuclear medicine in infection and inflammation diagnosis and treatment

Module #17
Therapeutic Applications of Nuclear Medicine
Overview of therapeutic applications of nuclear medicine, including radioimmunotherapy and peptide receptor radionuclide therapy

Module #18
Regulatory and Ethical Considerations in Nuclear Medicine
Regulatory requirements and ethical considerations in nuclear medicine practice

Module #19
Quality Control and Quality Assurance in Nuclear Medicine
Importance and implementation of quality control and quality assurance in nuclear medicine

Module #20
Radiation Dose and Risk in Nuclear Medicine
Principles and assessment of radiation dose and risk in nuclear medicine

Module #21
Computing and Data Analysis in Nuclear Medicine
Overview of computing and data analysis techniques in nuclear medicine

Module #22
Artificial Intelligence and Machine Learning in Nuclear Medicine
Applications of artificial intelligence and machine learning in nuclear medicine

Module #23
Nuclear Medicine and Patient Care
Patient preparation, education, and care in nuclear medicine

Module #24
Nuclear Medicine and Research
Overview of research in nuclear medicine and its applications

Module #25
Course Wrap-Up & Conclusion
Planning next steps in Principles of Nuclear Medicine career

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Principles of Nuclear Medicine ( 25 Modules )

Principles of Nuclear Medicine
( 25 Modules )