Biological Fluid Dynamics: Physiological Lymphatic and CSF Flows
ORAL · P03 · ID: 22766
Presentations
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Role of Valve Spacing and Vessel Contraction Wavelength on Lymphatic Pumping Performance
ORAL
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Presenters
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Ki T Wolf
Georgia Institute of Technology
Authors
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Ki T Wolf
Georgia Institute of Technology
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J Brandon Dixon
Georgia Institute of Technology
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Alexander Alexeev
Georgia Institute of Technology
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Simulations of Cervical Lymphatic Vessels to Quantify Optimal Intrinsic Pumping
ORAL
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Presenters
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Daehyun Kim
University of Minnesota
Authors
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Daehyun Kim
University of Minnesota
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Rashad Hussain
University of Rochester Medical Center
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Maiken Nedergaard
University of Rochester Medical Center
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Jeffrey R Tithof
University of Minnesota
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Sensitivity Analysis of a Hydraulic Network Model of Glymphatic Flow
ORAL
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Presenters
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Kimberly A Boster
University of Rochester
Authors
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Kimberly A Boster
University of Rochester
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Jeffrey R Tithof
University of Minnesota
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Douglas Cook
Brigham Young University
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John H Thomas
University of Rochester
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Douglas H Kelley
Department of Mechanical Engineering, University of Rochester, Rochester, NY 14627, University of Rochester
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Hydraulic resistance model for interstitial fluid flow in the brain
ORAL
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Presenters
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Helena Schreder
University of Rochester
Authors
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Helena Schreder
University of Rochester
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jia liu
University of Rochester
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John H Thomas
University of Rochester
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Douglas H Kelley
Department of Mechanical Engineering, University of Rochester, Rochester, NY 14627, University of Rochester
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Kimberly A Boster
University of Rochester
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Flow in porous media as a model for transport of interstitial fluid in the brain.
ORAL
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Presenters
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Ketaki Joshi
Binghamton University
Authors
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Ketaki Joshi
Binghamton University
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Adrian Diaz
Binghamton University
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J. David Schaffer
Binghamton University
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Paul Chiarot
Binghamton University
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Peter Huang
Binghamton University
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A 1-D Pulse Wave Model Coupling Arterial and Perivascular Flow
ORAL
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Presenters
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John B Carr
University of Rochester
Authors
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John B Carr
University of Rochester
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Jessica K Shang
University of Rochester
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Neural activity increases cerebrospinal fluid influx and waste removal in the glymphatic system
ORAL
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Presenters
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Yiming Gan
University of Rochester
Authors
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Stephanie von Holstein-Rathlou
University of Copenhagen
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Yiming Gan
University of Rochester
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Martin Kaag Rasmussen
University of Copenhagen
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Björn Sigurdsson
University of Copenhagen
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Laura Rose
University of Copenhagen
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Michael Giannetto
University of Rochester
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Douglas H Kelley
Department of Mechanical Engineering, University of Rochester, Rochester, NY 14627, University of Rochester
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Maiken Nedergaard
University of Copenhagen
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One-dimensional simulations enable study of cerebrospinal fluid flow in branching perivascular spaces
ORAL
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Presenters
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Mahsa Mirzaee
University of Minnesota
Authors
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Mahsa Mirzaee
University of Minnesota
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Jeffrey R Tithof
University of Minnesota
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Phase contrast MRI characterization and mathematical modeling of the cerebrospinal fluid dynamics along the spinal canal
ORAL
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Presenters
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Stephanie Sincomb
University of California, San Diego
Authors
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Stephanie Sincomb
University of California, San Diego
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Wilfried Coenen
Univ Carlos III De Madrid, Universidad Carlos III de Madrid
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Carlos Martinez-Bazan
University of Granada, Universidad de Granada
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Candido Gutierrez-Montes
Universidad de Jaén, University of Jaen
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Victor Haughton
School of Medicine and Public Health, University of Wisconsin
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Antonio L Sanchez
University of California, San Diego
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In-vitro characterization of the motion of the cerebrospinal fluid in the spinal canal
ORAL
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Presenters
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Francisco Moral-Pulido
University of Jaen
Authors
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Francisco Moral-Pulido
University of Jaen
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Jose I Jimenez-Gonzalez
Universidad de Jaén, University of Jaen
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Candido Gutierrez-Montes
Universidad de Jaén, University of Jaen
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Wilfried Coenen
Univ Carlos III De Madrid, Universidad Carlos III de Madrid
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Antonio L Sanchez
University of California, San Diego
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Carlos Martinez-Bazan
University of Granada, Universidad de Granada
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In-vivo experiments on respiratory-driven spinal CSF flow
ORAL
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Publication: Planned work(s): On the respiratory driven CSF flow in the spinal canal to be submitted to Physics of Fluids/American Journal of Neuroradiology.
Presenters
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Candido Gutierrez-Montes
Universidad de Jaén, University of Jaen
Authors
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Candido Gutierrez-Montes
Universidad de Jaén, University of Jaen
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Wilfried Coenen
Univ Carlos III De Madrid, Universidad Carlos III de Madrid
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Stephanie Sincomb
University of California, San Diego
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Victor Haughton
University of Wisconsin, University of Winsconsin
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Carlos Martinez-Bazan
University of Granada, Universidad de Granada
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Antonio L Sanchez
University of California, San Diego
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Floquet stability analysis of a two-layer oscillatory flow near a flexible wall as a model to study the flow induced in syringomyelia cavities
ORAL
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Presenters
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Wilfried Coenen
Univ Carlos III De Madrid, Universidad Carlos III de Madrid
Authors
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Wilfried Coenen
Univ Carlos III De Madrid, Universidad Carlos III de Madrid
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Antonio J Barcenas-Luque
University of Jaen, Universidad de Jaén
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Candido Gutierrez-Montes
Universidad de Jaén, University of Jaen
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Antonio L Sanchez
University of California, San Diego
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Carlos Martinez-Bazan
University of Granada, Universidad de Granada
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Victor Haughton
University of Wisconsin, University of Winsconsin
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