Titlebook: High Field Brain MRI; Use in Clinical Prac Tommaso Scarabino,Saverio Pollice,Teresa Popolizio Book 2017Latest edition Springer Internationa

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ASL 3.0 T Perfusion Studiesifferent pathologies. In particular, changes in brain perfusion is found in most brain diseases, ranging from stroke to neurodegenerative and neoplastic disorders. In this chapter the basic physics and physiological principles of Arterial Spin Labeling (ASL) brain perfusion measurement are discussed

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3.0 T Brain MRI: A Pictorial Overview of the Most Interesting Sequences spin echo (SE) T1 (Fig. 12.1a–p), fast gradient echo (FGE) T1 (Fig. 12.2a–p), inversion recovery (IR) (Fig. 12.3a–p), fluid-attenuated inversion recovery (FLAIR) T1 (Fig. 12.4a–p), fast spin echo (FSE) T2 (Fig. 12.5a–p), FSE T2 with inverted contrast (Fig. 12.6a–p), gradient echo (GE) T2 (Fig. 12.7

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Setting the Report and Support of the Functional Findingscal practice. Nowadays, MRI is no longer considered just a qualitative diagnostic imaging but also a quantitative tool. A standardized report system for the applications of advanced MRI findings, as a support of the clinical research is desiderable.

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High-Field Neuroimaging in Traumatic Brain Injury and Disorders of Consciousnessmanagement, diagnosis and prognosis of TBI patients with or without disorder of consciousness in the different stages. This chapter provides the state of the art of the recent high-field neuroimaging techniques used in the clinical and scientific domains. Specifically, functional magnetic resonance

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High-Field-Strength MRI (3.0 T or More) in White Matter Diseaseshis is likely to change over the next few years with the increased availability of high-field and ultrahigh-field MR scanners. With a magnetic field strength of 3.0 T or higher, a variety of exciting improvements in clinical and research applications are expected. First exclusively employed for rese

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techniques in detail.Documents imaging findings in each of .This richly illustrated book summarizes the state of the art in brain MRI with the 3-Tesla high-field scanner. The aim is to clarify the numerous advantages of using a 3-T high magnetic field MR scanner, especially in terms of sensitivity

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