Building on the principles introduced in MRI 105, this course delves into advanced concepts in MRI physics and imaging techniques. Students will explore expanded imaging sequences and their clinical applications, including spin echo, gradient echo, diffusion-weighted imaging, and an introduction to functional MRI techniques. An emphasis is placed on k-space theory, including different k-space filling techniques such as Cartesian, radial, and spiral, and their effects on image quality, contrast, and resolution. Students will analyze how these techniques influence scan efficiency, artifact reduction, and diagnostic accuracy. Practical applications of parameter adjustments will be discussed to optimize imaging outcomes and troubleshoot challenges in a clinical setting.
Outcomes
- Explain the principles behind advanced MRI techniques, including spin echo and gradient echo sequences, and their clinical relevance.
- Describe k-space theory and evaluate how different k-space filling techniques impact image acquisition, quality, and resolution.
- Identify and discuss the uses of specialized techniques, including diffusion-weighted and functional imaging, and their applications in clinical diagnostics.
- Analyze the effects of imaging parameter adjustments on resolution, contrast, and signal-to-noise ratios, applying these principles to optimize clinical imaging outcomes.
Prerequisites
MRI105 and MRI132
Crosslisted Courses
N/A MRI105 and MRI132 Winter, Summer
Campus
Downtown
Area of Study
Career Education