Publikation: Visualization strategies for major white matter tracts identified by diffusion tensor imaging for intraoperative use
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2005
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International Congress Series. 2005, 1281, pp. 793-797. ISSN 0531-5131. Available under: doi: 10.1016/j.ics.2005.03.014
Zusammenfassung
Streamline representation of major fiber tract systems along with high-resolution anatomical data provides a reliable orientation for the neurosurgeon. For direct visualization of these data in the surgical field applying heads-up displays of operating microscopes, wrapping of all streamlines of interest to render an individual object representing the whole fiber bundle is mandatory. Integration of fiber tract data into a neuronavigation setup allows removal of tumors adjacent to eloquent brain areas with low morbidity.
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004 Informatik
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Diffusion tensor imaging, Glyph representation, Fiber tracking, Functional neuronavigation, Visualization strategies, Major white matter tracts
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NIMSKY, Christopher, Oliver GANSLANDT, Frank ENDERS, Dorit MERHOF, Rudolf FAHLBUSCH, 2005. Visualization strategies for major white matter tracts identified by diffusion tensor imaging for intraoperative use. In: International Congress Series. 2005, 1281, pp. 793-797. ISSN 0531-5131. Available under: doi: 10.1016/j.ics.2005.03.014BibTex
@article{Nimsky2005-05Visua-5931,
year={2005},
doi={10.1016/j.ics.2005.03.014},
title={Visualization strategies for major white matter tracts identified by diffusion tensor imaging for intraoperative use},
volume={1281},
issn={0531-5131},
journal={International Congress Series},
pages={793--797},
author={Nimsky, Christopher and Ganslandt, Oliver and Enders, Frank and Merhof, Dorit and Fahlbusch, Rudolf}
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<dcterms:abstract xml:lang="eng">Streamline representation of major fiber tract systems along with high-resolution anatomical data provides a reliable orientation for the neurosurgeon. For direct visualization of these data in the surgical field applying heads-up displays of operating microscopes, wrapping of all streamlines of interest to render an individual object representing the whole fiber bundle is mandatory. Integration of fiber tract data into a neuronavigation setup allows removal of tumors adjacent to eloquent brain areas with low morbidity.</dcterms:abstract>
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