Advanced MRI and CT Imaging
( 25 Modules )

Module #1
Introduction to Advanced MRI and CT Imaging
Overview of the course, importance of advanced imaging modalities, and brief history of MRI and CT

Module #2
Physical Principles of MRI
In-depth explanation of magnetic fields, spin relaxation, and signal generation in MRI

Module #3
MRI Pulse Sequences and Protocols
Types of pulse sequences (e.g. T1, T2, STIR), protocol design, and optimization techniques

Module #4
MR Contrast Agents and Enhancement
Types of contrast agents, mechanisms of action, and applications in different body regions

Module #5
Advances in MRI Hardware and Software
Recent developments in magnet technology, gradient systems, and reconstruction algorithms

Module #6
Functional MRI (fMRI) and Perfusion Imaging
Principles, techniques, and applications of fMRI and perfusion imaging in brain and body

Module #7
Diffusion-Weighted Imaging (DWI) and Diffusion Tensor Imaging (DTI)
Principles, applications, and limitations of DWI and DTI in body and neurological disorders

Module #8
Magnetic Resonance Angiography (MRA) and Venography (MRV)
Principles, techniques, and applications of MRA and MRV in vascular imaging

Module #9
Cardiovascular MRI (CMR) and Cardiac CT
Applications, protocols, and interpretation of CMR and cardiac CT in cardiovascular diseases

Module #10
CT Physics and Instrumentation
In-depth explanation of X-ray generation, detection, and reconstruction in CT

Module #11
Dual-Energy CT and Spectral CT
Principles, applications, and advantages of dual-energy and spectral CT in body imaging

Module #12
CT Angiography (CTA) and CT Perfusion
Principles, techniques, and applications of CTA and CT perfusion in vascular imaging

Module #13
CNS and Head Imaging with MRI and CT
Applications, protocols, and interpretation of MRI and CT in neurological disorders

Module #14
Musculoskeletal MRI and CT
Applications, protocols, and interpretation of MRI and CT in musculoskeletal disorders

Module #15
Body MRI and CT Oncology
Applications, protocols, and interpretation of MRI and CT in body oncology

Module #16
Abdominal and Pelvic MRI and CT
Applications, protocols, and interpretation of MRI and CT in abdominal and pelvic disorders

Module #17
Breast MRI and Mammography
Applications, protocols, and interpretation of MRI and mammography in breast imaging

Module #18
Pediatric MRI and CT Imaging
Special considerations, protocols, and applications of MRI and CT in pediatric imaging

Module #19
MR-Guided Interventions and Therapy
Principles, applications, and future directions of MR-guided interventions and therapy

Module #20
CT-Guided Interventions and Therapy
Principles, applications, and future directions of CT-guided interventions and therapy

Module #21
Artificial Intelligence and Machine Learning in MRI and CT
Applications, limitations, and future directions of AI and ML in image analysis and diagnosis

Module #22
Radiation Dose Reduction and Optimization in CT
Strategies and techniques for reducing radiation dose in CT imaging

Module #23
MRI Safety and Bioeffects
Safety considerations, bioeffects, and contraindications in MRI

Module #24
Imaging Biomarkers and Quantification
Role of imaging biomarkers in diagnosis, treatment response, and outcome prediction

Module #25
Course Wrap-Up & Conclusion
Planning next steps in Advanced MRI and CT Imaging career

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Advanced MRI and CT Imaging ( 25 Modules )

Advanced MRI and CT Imaging
( 25 Modules )