Titlebook: Computational Diffusion MRI; MICCAI Workshop, Ath Andrea Fuster,Aurobrata Ghosh,Marco Reisert Conference proceedings 2017 Springer Internat

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Manfred Bornhofen,Martin C. Bornhofenof techniques to measure axon diameterusing diffusion MR I have been proposed, majority of which uses single diffusion encoding (SDE) spin-echo sequence. However, recent theoretical research suggests that low-frequency oscillating gradient spin echo(OGSE ) offers benefits over SDE for imaging diamet

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Manfred Bornhofen,Martin C. Bornhofenrcuitry of each human amygdaloid subnuclei, there has yet to be an efficient imaging method for identifying these regions in vivo. A data-driven approach without prior knowledge provides advantages of efficient and objective assessments. The present study uses high angular and high spatial resolutio

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Manfred Bornhofen,Martin C. Bornhofenquisition methods and modeling techniques. These result in extremely large sets of streamelines (fibers) for each subject. The sets require large amount of storage and are often unwieldy and difficult to manipulate and analyze. We propose to use sparse representations for fibers to achieve a more co

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Manfred Bornhofen,Martin C. Bornhofenn reconstruction models can lead to better and more accurate measures of tissue properties: each measure provides different information on white matter microstructure in the brain, revealing different signs of disease. The diversity of computable measures makes it necessary to develop novel classifi