Clover Learning's video: Phase encoding helps localize an MRI signal in the body - MRI physics explained

➡️ LEARN MORE: This video lesson was taken from our Magnetic Resonance Imaging course. Use this link to view course details and additional lessons. https://app.cloverlearning.com/learn/courses/MRI-image-production-physical-principles-of-image-formation ➡️ About Clover Learning: Clover Learning is the leading online video training, certification exam prep, and continuing education provider for allied health and diagnostic imaging students and professionals. Visit us today at https://cloverlearning.com to access hundreds of video lessons, quizzes, certification exam prep question banks, and continued education certificates. ➡️ LESSON DESCRIPTION: This lesson on spatial encoding in MRI focuses on the concept of phase encoding, detailing how it localizes MRI signals to specific body areas through variations in the magnetic spins' phase. It explains the application of phase encoding gradients, their impact on spin precession, and their critical role in generating accurate and detailed MRI images. Objectives: 1. Define phase encoding 2. Explain how phase encoding works 3. Identify which gradient coil performs phase encoding in various image planes 4. Identify when phase encoding occurs during pulse sequences 5. Discuss the importance of phase matrix and phase resolution ➡️ JOIN OUR COMMUNITY: https://www.facebook.com/cloverlearning/ https://www.instagram.com/cloverlearning.inc/