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Neuroanatomy / Central nervous system / Cerebrum / Ependyma / Ventricular system / Choroid plexus / Cerebrospinal fluid / Hydrocephalus / Third ventricle / Anatomy / Biology / Neuroscience


Downloaded from rsif.royalsocietypublishing.org on March 24, 2014 Flow induced by ependymal cilia dominates near-wall cerebrospinal fluid dynamics in the lateral ventricles Bercan Siyahhan, Verena Knobloch, Diane de Zé
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Document Date: 2014-03-24 16:12:09

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File Size: 1,66 MB

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City

New York / Zurich / /

Company

MathWorks Inc. / WSS / Goldman / Geomagic Inc. / CRC Press / ANSYS / Mdnah5 / Emerging Technologies / Philips / Suzuki / /

Country

Switzerland / Netherlands / France / United States / /

Currency

STD / /

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Facility

Laboratory of Thermodynamics / Institute of Physiology / GEOMAGIC STUDIO / University of Zurich / 5Neuroscience Center / /

IndustryTerm

magnetic resonance imaging / Online version / direct imaging / imaging / axonemal dynein heavy chain / /

Organization

Laboratory of Thermodynamics / Institute of Physiology / Institute for Dynamic Systems and Control / University of Zurich / Zurich / Department of Mechanical and Process Engineering / Institute for Biomedical Engineering / Physiology / 5Neuroscience Center Zurich / and 6Zurich Center for Integrative Human Physiology / European Commission / Swiss National Science Foundation / Royal Society / /

Person

Tara Gschwend / Nat / Marianne Schmid / Verena Knobloch / Mahdi Asgari / Marianne Schmid Daners / Diane de Zélicourt / Diane de Ze / /

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Position

Introduction Author / Author / steadily flowing metabolite collector / /

ProvinceOrState

Pennsylvania / /

Technology

implicit PISO algorithm / fluid dynamics / MRI / Thermodynamics / magnetic resonance imaging / simulation / solved using an implicit PISO algorithm / /

URL

http /

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