We.P17.I-19
Fluid-Particle Hydrodynamics in Human Semicircular Canal
Jaehyeon Song, Aditya Phadnis, University of Michigan; Kevin Kerber, The Ohio State University; Martin Erinin, C. Alberto Figueroa, Jesse Capecelatro, University of Michigan
Session:
We.P17: Computational Modeling and Simulations in Biology, Physiology and Medicine Poster
Track:
Biomedical & Health Informatics
Location:
Hall E; Bay I, Board #19
Presentation Time:
Wednesday, 29 July, 16:30 - 18:30
Presentation
Discussion
Resources
No resources available.
Session We.P17
We.P17.I-12: Modal analysis of bone waves in cochlea
Toshiaki Kitamura, Yunosuke Takagaki, Yasushi Horii, Kansai University
We.P17.I-13: Changes in Peripheral Pulse Wave Velocity and Blood Pressure from the Radial Artery to the Fingertips in Response to Lower Limb Load.
Yuki Ando, Sunao Takeda, Nae Hinata, Tokyo University of Technology; Masaki Kyoso, Tokyo City University
We.P17.I-14: Parameterization of Three-Layer synNotch Morphogenesis with CMA-MAE in CompuCell3D
Kaiwen Chen, Kevin Truong, University of Toronto
We.P17.I-15: Mixed-Effects Modeling of Multi-Frequency Abdominal Bioimpedance for Defecation-Related Changes
Yuta Ino, Masaki Kyoso, Tokyo City Univercity
We.P17.I-16: A Novel Approach for Early Detection of Pediatric Type 2 Diabetes using Low-cost Blood Biomarkers
Myra Saxena, Ellen Fletcher Middle School
We.P17.I-17: PHYSIOLOGICALLY-CONSTRAINED IMPUTATION OF MISSING HEMODYNAMIC DATA USING MECHANISTIC CARDIOVASCULAR MODELS
Patrick Gelbach, Iris Shelly, NTT Research, Inc.; Roger Edwards, Health Services Consulting Corporation; Joe Alexander, Jr., NTT Research, Inc.
We.P17.I-18: Prompt-only Gene Circuit Modeling with a Large Language Model Simulates the synNotch Spheroids
Kaiwen Chen, Kevin Truong, University of Toronto
We.P17.I-19: Fluid-Particle Hydrodynamics in Human Semicircular Canal
Jaehyeon Song, Aditya Phadnis, University of Michigan; Kevin Kerber, The Ohio State University; Martin Erinin, C. Alberto Figueroa, Jesse Capecelatro, University of Michigan
Resources
No resources available.