Titlebook: Magnetic Resonance Spectroscopy of Degenerative Brain Diseases; Gülin ?z Book 2016 Springer International Publishing Switzerland 2016 biom

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Eva-Maria Ratai Ph.D.rf digitaler Systeme. Dabei stehen Betrachtungen auf der Logikschaltungsebene bis zur Registertransferebene im Vordergrund. Spezielle Technologien werden insoweit berücksichtigt, wie sie einen grundlegenden Einfluss auf den Schaltungsentwurf haben. Folgende Themen werden besonders gründlich behandel

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Jullie W. Panrf digitaler Systeme. Dabei stehen Betrachtungen auf der Logikschaltungsebene bis zur Registertransferebene im Vordergrund. Spezielle Technologien werden insoweit berücksichtigt, wie sie einen grundlegenden Einfluss auf den Schaltungsentwurf haben. Folgende Themen werden besonders gründlich behandel

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Imaging Neurodegeneration: What Can Magnetic Resonance Spectroscopy Contribute?,n these diseases has become more important than ever. There is particularly a great need for robust biomarkers and surrogate markers of cerebral pathology that can facilitate development of effective treatments in these conditions. Many radionuclide and MRI modalities are currently used in clinical

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Methodology of MRS in Animal Models: Technical Challenges and Solutions,ly. However, the richness and reliability of neurochemical information gained by MRS depends heavily on the data acquisition and processing techniques utilized. What makes the use of MRS in neuroscience and medical research even more challenging is the fact that the most advanced MRS techniques deve

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Methodology of Clinical MRS: Technical Challenges and Solutions,and clinically relevant disease parameters. It is however technically challenging to obtain high-quality MR spectra and precisely measure subtle neurochemical changes in degenerative brain diseases. In this chapter these technical challenges will be discussed and potential solutions will be outlined

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,Magnetic Resonance Spectroscopy in Huntington’s Disease,anisms that drive neurodegeneration in HD and account for the characteristic pattern of neuronal vulnerability is incomplete, defects in energy metabolism, particularly mitochondrial function, represent a common thread in studies of HD pathogenesis in animal models and humans. Here we review the met