Titlebook: Diseases of the Spinal Cord; Novel Imaging, Diagn Elke Hattingen,Stefan Weidauer,Frank Vrionis Book 2015 Springer-Verlag Berlin Heidelberg

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helper-T-cells

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Extramedullary Space-Occupying Pathologies: Epidural and Intradural Extramedullary DisordersThe aim is to demonstrate case illustrations for the aforementioned diseases. After studying this chapter the reader should be able to explain the clinical features and the standard treatment of these diseases.

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Anatomy of the Spine and Spinal Cordregard to the MR imaging characteristics of the developing spine, which may be confounding for an inexperienced viewer. Structures of the spine include the bony and soft tissues forming the spinal canal as well as soft structures which cover the subarachnoid space. Pathologies from all these structu

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Magnetic Resonance Imaging (MRI) Methods well suited for this purpose, along with some of its potential problems. In order to help interpret MR images, we then give an intuitive overview of the origin of the MR signal, how contrast can be generated between different tissue types or lesions, the image formation process and some common imag

Autobiography

CSF DynamicsECG)-/pulse-gated CSF flow studies are used, which are based on the technique of phase-contrast angiography. In principle, spinal CSF flow studies can be realised at all magnetic resonance imaging (MRI) – with usual magnetic field strengths between 1.0 and 3 T – by using a spine coil. The phase-diff

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Malformations of the Spine structures is common and variable. The focus investigating these children should lie on the neural tissues. When a malformation is found, full and detailed mapping of the entire malformation should be performed to facilitate surgical planning.