Titlebook: Magnetic Resonance Imaging of the Skeletal Musculature; Marc-André Weber Book 2014 Springer-Verlag Berlin Heidelberg 2014 Magnetic Resonan

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Correlation of Skeletal Muscle Anatomy to MRI and US Findings,muscle and of its imaging appearance are briefly reviewed. The anatomic description starts from the microscopical anatomy to reach the macroscopical anatomy. Biomechanical principles of levers and muscular contraction are also reviewed. Imaging features are described with an emphasis on ultrasound a

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Imaging the Skeletal Muscle: When to Use MR imaging and When to Use Ultrasound,bilities as imaging technology progresses. This chapter is focused on the optimal use of US and MR imaging in the evaluation of a variety of muscle disorders, including muscle strains and tears, delayed onset muscle soreness, myositis ossificans, muscle hernia, acute and chronic exertional compartme

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Whole-Body MRI for Evaluation of the Entire Muscular System, MRI protocols must be customized to the clinical questions they should solve. The most important MR sequences when evaluating skeletal muscle disease are as follows: T1-weighted (T1w) sequences are appropriate to depict anatomy, assess muscle atrophy, and detect fatty infiltration of muscles. Short

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Diffusion-Weighted and Diffusion Tensor Imaging: Applications in Skeletal Muscles, tensor imaging is still in its infancy but opens a whole new area of research in mapping microstructural organization. Diffusion arises from random motions from thermal energy; these random motions are referred to as "Brownian motion." MRI is the only modality that allows the noninvasive determinat

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Dynamic MR Imaging of the Skeletal Musculature: From Static Measures to a Dynamic Assessment of thenes the force transmission and muscle mechanics. The ability to noninvasively image the muscle–tendon complex during contractions provides an unprecedented tool to study the normal physiology and its changes under different conditions (e.g., in normal aging, sarcopenia, limb disuse and muscle atroph

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MRI of Muscle Denervation in Central and Peripheral Nervous System Disorders,creasing availability of 3 T magnets. This book chapter reports on the role of MR imaging in peripheral neuropathies with particular emphasis of denervation related changes of the muscles supplied by affected nerves and gives a brief overview of the added value of MRI in neurogenic myopathies. In ac