Titlebook: Echo-Planar Imaging; Theory, Technique an Franz Schmitt,Michael K. Stehling,Robert Turner Book 1998 Springer-Verlag Berlin Heidelberg 1998

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Echo-Planar Imaging Hardware,magnetic resonance (MR) scanner hardware. The high performance required, particularly in the generation of large rapidly switched magnetic field gradients, meant that in the past it was generally not possible to implement EPI on standard clinical imaging systems, and consequently much of the develop

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Echo-Planar Image Reconstruction,. After a single excitation an appropriate gradient sequence encodes the magnetization repeatedly, thus filling the whole k-space. This allows, for example, the freezing of dynamic processes and the observation of these processes in real time. It has been shown that EPI can provide head and body ima

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Echo-Planar Imaging Angiography,chniques. For most conventional MRI sequences, data acquisition is still slower than many dynamic physiological processes, often yielding images plagued with motion artifacts that can obscure important information. On the other hand, EPI can ensure successful scanning of uncooperative patients and t

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BIPED

Abdominal Diffusion Imaging Using Echo-Planar Imaging,ibility to motion artifacts was the prime reason for conventional magnetic resonance (MR) imaging to be restricted primarily to imaging the brain. However, with the evolution of several ultrafast imaging techniques [1, 3] this restriction has been lifted. Cardiac and abdominal MR imaging have become

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