Nuclear Medicine Physics and Instrumentation
( 24 Modules )

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

Module #2
Radiation Physics Fundamentals
Atomic structure, radioactivity, and types of radiation

Module #3
Radiation Interactions with Matter
Absorption, scattering, and attenuation of radiation

Module #4
Radiation Detection and Measurement
Detection principles, types of detectors, and measurement techniques

Module #5
Nuclear Medicine Imaging Modalities
Overview of SPECT, PET, and planar imaging

Module #6
SPECT Instrumentation
Design and operation of SPECT cameras, collimators, and detectors

Module #7
PET Instrumentation
Design and operation of PET scanners, detectors, and coincidence detection

Module #8
Planar Imaging Instrumentation
Design and operation of gamma cameras and detectors

Module #9
Image Reconstruction and Processing
Algorithms and techniques for image reconstruction and processing

Module #10
Radiopharmaceuticals and Tracers
Production, types, and applications of radiopharmaceuticals

Module #11
Radiation Safety and Regulations
Regulations, guidelines, and best practices for radiation safety

Module #12
Quality Control and Assurance
QC and QA procedures for nuclear medicine instruments and radiopharmaceuticals

Module #13
SPECT Image Acquisition and Processing
Acquisition protocols, data processing, and image reconstruction for SPECT

Module #14
PET Image Acquisition and Processing
Acquisition protocols, data processing, and image reconstruction for PET

Module #15
Planar Imaging Acquisition and Processing
Acquisition protocols, data processing, and image reconstruction for planar imaging

Module #16
Image Analysis and Quantification
Techniques for image analysis, quantification, and interpretation

Module #17
Hybrid Imaging Modalities
Overview of SPECT/CT, PET/CT, and PET/MR

Module #18
Advanced Topics in Nuclear Medicine Physics
Topics such as time-of-flight PET, total-body PET, and new detector technologies

Module #19
Nuclear Medicine Instrumentation Troubleshooting
Common problems and troubleshooting techniques for nuclear medicine instruments

Module #20
Radiation Dosimetry and Internal Dosimetry
Calculation of radiation dose and internal dosimetry

Module #21
Nuclear Medicine Physics in Clinical Practice
Applications of nuclear medicine physics in clinical practice

Module #22
Research and Development in Nuclear Medicine Physics
Current research and development in nuclear medicine physics

Module #23
Computational Methods in Nuclear Medicine Physics
Computational methods and simulations in nuclear medicine physics

Module #24
Course Wrap-Up & Conclusion
Planning next steps in Nuclear Medicine Physics and Instrumentation career

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Nuclear Medicine Physics and Instrumentation ( 24 Modules )

Nuclear Medicine Physics and Instrumentation
( 24 Modules )