Medical Physics in Nuclear Medicine
( 30 Modules )

Module #1
Introduction to Nuclear Medicine
Overview of nuclear medicine, its applications, and the role of medical physicists in the field

Module #2
Radiation Physics Fundamentals
Review of radiation physics principles, including atomic structure, radioactive decay, and radiation interactions

Module #3
Radiation Detection and Measurement
Principles of radiation detection and measurement, including types of detectors and instrumentation

Module #4
Nuclear Reactions and Radioisotopes
Introduction to nuclear reactions, radioisotopes, and their applications in nuclear medicine

Module #5
Radiopharmaceuticals and Tracers
Overview of radiopharmaceuticals and tracers, including their development, production, and quality control

Module #6
Single Photon Emission Computed Tomography (SPECT) Fundamentals
Principles of SPECT imaging, including instrumentation, data acquisition, and image reconstruction

Module #7
SPECT Instrumentation and Quality Control
Detailed overview of SPECT instrumentation, including detectors, collimators, and gantries

Module #8
Positron Emission Tomography (PET) Fundamentals
Principles of PET imaging, including instrumentation, data acquisition, and image reconstruction

Module #9
PET Instrumentation and Quality Control
Detailed overview of PET instrumentation, including detectors, collimators, and gantries

Module #10
Image Processing and Analysis in Nuclear Medicine
Introduction to image processing and analysis techniques in nuclear medicine, including filtering, registration, and segmentation

Module #11
Radiation Dosimetry and Safety in Nuclear Medicine
Principles of radiation dosimetry, including internal and external dosimetry, and radiation safety practices

Module #12
Nuclear Medicine Imaging in Oncology
Applications of nuclear medicine imaging in oncology, including tumor diagnosis, staging, and treatment response monitoring

Module #13
Nuclear Medicine Imaging in Neurology and Cardiology
Applications of nuclear medicine imaging in neurology and cardiology, including brain function and perfusion imaging

Module #14
Radiation Therapy in Nuclear Medicine
Overview of radiation therapy, including external beam therapy and brachytherapy

Module #15
Nuclear Medicine and Molecular Imaging
Introduction to molecular imaging, including PET/CT and SPECT/CT

Module #16
Regulatory and Ethical Issues in Nuclear Medicine
Overview of regulatory and ethical issues in nuclear medicine, including licensure, accreditation, and professional ethics

Module #17
Quality Assurance and Quality Control in Nuclear Medicine
Importance of quality assurance and quality control in nuclear medicine, including protocols and procedures

Module #18
Research and Development in Nuclear Medicine
Overview of research and development in nuclear medicine, including new technologies and applications

Module #19
Computational Methods in Nuclear Medicine
Introduction to computational methods in nuclear medicine, including Monte Carlo simulations and image analysis

Module #20
Nuclear Medicine and Artificial Intelligence
Applications of artificial intelligence and machine learning in nuclear medicine, including image analysis and diagnosis

Module #21
Nuclear Medicine and Precision Medicine
Overview of precision medicine and its applications in nuclear medicine, including personalized diagnosis and treatment

Module #22
Radiation Safety in Nuclear Medicine Facilities
Practical aspects of radiation safety in nuclear medicine facilities, including shielding, ventilation, and personnel monitoring

Module #23
Nuclear Medicine Instrumentation and Maintenance
Overview of nuclear medicine instrumentation and maintenance, including troubleshooting and repair

Module #24
Clinical Applications of Nuclear Medicine
Case studies and clinical applications of nuclear medicine, including thyroid, bone, and lung scans

Module #25
Nuclear Medicine and Hybrid Imaging
Overview of hybrid imaging, including SPECT/CT, PET/CT, and PET/MR

Module #26
Nuclear Medicine and Radiation Protection in Emergencies
Principles of radiation protection in emergency situations, including accidents and nuclear incidents

Module #27
Professional Development and Communication in Nuclear Medicine
Importance of professional development and communication in nuclear medicine, including teamwork and patient communication

Module #28
Nuclear Medicine and Public Health
Applications of nuclear medicine in public health, including epidemiology and population health

Module #29
Nuclear Medicine and Medical Device Development
Overview of medical device development in nuclear medicine, including regulation and innovation

Module #30
Course Wrap-Up & Conclusion
Planning next steps in Medical Physics in Nuclear Medicine career

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Medical Physics in Nuclear Medicine ( 30 Modules )

Medical Physics in Nuclear Medicine
( 30 Modules )