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<h1 class="ud-heading-xl clp-lead__title clp-lead__title--small" data-purpose="lead-title">Radiology MRI physics course Mastery from Zero To Hero</h1>
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<div class="ud-text-md clp-lead__headline" data-purpose="lead-headline">A Comprehensive Guide to Medical Imaging"</div>
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<h2 class="ud-heading-xl what-you-will-learn--title--f4aWS">What you'll learn</h2>
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<div class="ud-block-list-item-content">In this course, students will gain a comprehensive understanding of MRI physics, covering fundamental principles, advanced techniques, and clinical applications</div>
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<div class="ud-block-list-item-content">Understand the core components of MRI machines, including gradient coils and magnet</div>
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<div class="ud-block-list-item-content">Explain the principles behind spin procession and the flip angle in MRI imaging.</div>
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<div class="ud-block-list-item-content">Differentiate between T1, T2, and proton density in MRI contrast.</div>
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<div class="ud-block-list-item-content">Master signal localization techniques and slice selection in MRI.</div>
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<div class="ud-block-list-item-content">Analyze the role of frequency and phase encoding gradients in image formation.</div>
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<div class="ud-block-list-item-content">Interpret K-space and its significance in MRI reconstruction.</div>
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<div class="ud-block-list-item-content">Identify and mitigate common MRI artifacts such as aliasing and chemical shift.</div>
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<div class="ud-block-list-item-content">Implement various pulse sequences including spin echo and gradient echo.</div>
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<div class="ud-block-list-item-content">Apply advanced MRI techniques such as diffusion-weighted imaging and spectroscopy</div>
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<div class="ud-block-list-item-content">Understand the principles and techniques of MRI angiography, including TOF and contrast-enhanced methods.</div>
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<div class="ud-block-list-item-content">By achieving these learning objectives, students will be equipped with the knowledge and skills necessary to analyze, interpret, and optimize MRI images effecti</div>
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