Lymphatic and CSF Flows II
ORAL · ZC04 · ID: 2662527
Presentations
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Arterial pulsations drive flow in a hydraulic network model of the glymphatic system
ORAL
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Presenters
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Keelin E Quirk
- University of Rochester
Authors
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Keelin E Quirk
- University of Rochester
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Kevin Turner
- Brown University
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Patrick Drew
- Penn State University
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Douglas H Kelley
- University of Rochester
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Abstract Withdrawn
ORAL · Withdrawn
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Investigating cerebrospinal fluid dynamics in brain using front tracking
ORAL
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Presenters
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Aditya Ranjan
- University of Rochester
Authors
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Aditya Ranjan
- University of Rochester
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Yisen Guo
- University of Rochester
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Kimberly A Boster
- University of Rochester
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Douglas H Kelley
- University of Rochester
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Fluid-structure interactions in non-axisymmetric perivascular spaces
ORAL
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Presenters
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Nishanth Surianarayanan
- Purdue University
Authors
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Nishanth Surianarayanan
- Purdue University
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Ivan C. Christov
- Purdue University
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How does neuromodulation improve outcomes after traumatic brain injury?
ORAL
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Presenters
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Jeffrey Tithof
- University of Minnesota
Authors
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Jeffrey Tithof
- University of Minnesota
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Cooper Gray
- University of Minnesota
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Dorothea Tse
- University of Minnesota
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Daehyun Kim
- University of Minnesota
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Turki Alturki
- University of Minnesota
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Thomas Ruhl
- University of Minnesota
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Silas Simpson
- University of Minnesota
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Anika Volker
- University of Minnesota
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Low Reynolds number peristaltic pumping near a poroelastic half space
ORAL
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Presenters
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Avery Trevino
- Brown University
Authors
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Avery Trevino
- Brown University
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Thomas R Powers
- Brown University
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Roberto Zenit
- Brown University
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Mauro Rodriguez
- Brown University
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Artificial intelligence velocimetry for quantifying cerebral spinal fluid flow in the brain using physics-informed neural networks.
ORAL
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Presenters
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Mohammad Vaezi
- University of Rochester
Authors
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Mohammad Vaezi
- University of Rochester
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Jiatong Sun
- University of Rochester
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Kimberly A Boster
- University of Rochester
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Douglas H Kelley
- University of Rochester
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Experimental Investigation of Biomechanical Properties Influencing Electrode Deviation in Deep Brain Stimulation
ORAL
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Presenters
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Siyu Chen
- Villanova University
Authors
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Siyu Chen
- Villanova University
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Rungun Nathan
- Penn State Berks
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Bchara Sidnawi
- Villanova University
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Qifu Wang
- Villanova University
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Chengyuan Wu
- Tomas Jefferson University
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Ani Ural
- Villanova University
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Feroze Mohamed
- Tomas Jefferson University
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Curtis Johnson
- University of Delaware
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Qianhong Wu
- Villanova University
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Experimental Model of a Pore as a Valve Mechanism
ORAL
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Presenters
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Athan Sanders
- University of Rochester
Authors
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Athan Sanders
- University of Rochester
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Yisen Guo
- University of Louisville
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Douglas H Kelley
- University of Rochester
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