AFI/TFI-2004
Mini-Symposium
MS1: Fluid
Informatics in Bio-Fluid Systems
Final Program
Room: Shirakashi 2
Venue:
http://www.sira.or.jp/icenter/index_e.html
Scope: The field
of Biofluid systems is one of the research fields in
which the concept of fluid information takes an important roll for further
development of the research. In the mini-symposium entitled "Fluid
Informatics in Bio-Fluid Systems", the way of subtraction of huge fluid
information from complex biofluid systems and its
utilization are discussed in a wide spectrum of viewpoint ranging from micro to
macro scale in both experimental and computational approaches.
10:10 – 10:20 OPENING
REMARKS
Toshiyuki Hayase
(Organizar,
10:20 – 12:00 PRESENTATIONS:
FLOWS IN BLOOD VESSEL
Chair:
Satoyuki Kawano (
MRI
Based Validation of CFD in the Cardiovascular System
Shigeo
Wada*, Masanori Nakamura**, Suguru Yokosawa*, Haruo Isoda***, Ken-ichi Tsubota,
Takami Yamaguchi**
* Dept.
Bioengineering and Robotics,
Development
of a Simulation System of Hemodynamics based on VOF-FVM with Rectangular Coordinate
Hidehito
Iwase*, Ryutaro Himeno*, Kazuaki Fukasaku**, Shigeho Noda***
*
RIKEN, **
Ultrasonic-Measurement-Integrated
Simulation of Blood Flow in the Aorta with an Aneurysm
Kenichi
Funamoto*, Hayase Toshiyuki*, Saijo Yoshifumi**, and Tomoyuki Yambe**
*
Effect
of the Blood Vessel Viscoelasticity on the Blood Pressure Wave Propagation:
Numerical Analysis Using One-Dimensional Viscoelastic Tube Model
Tomoki
Kitawaki*, Masashi Shimizu**
*
Chair: Toshiyuki
Hayase (
Quantitative
Flow Visualization and Its Application to Biological Flows
Mory
Gharib
California
Institute of Technology
14:30 –
16:10 PRESENTATIONS: FLOWS IN CELL
SCALE
Chair: Shigeo
Wada (Tohoku University)
Effect
of Cell Stiffness on Transit Through Pulmonary Capillary Network
Atsushi
Shirai*, Ryo Fujita**, and Toshiyuki Hayase*
*
Institute of Fluid Science, Tohoku University, ** Graduate School of
Information Science, Tohoku University
Numerical
Simulation of Deformation of a Red Blood Cell in Small Blood Vessel
Kiyoshi
Bando and Kenkichi Ohba
Kansai
University
Development
of Drug Delivery Systems using Shock Wave and Bubble Collapsing
Ichiro
Yamanoi* and Masaaki Tamagawa**
*
Graduate School of Energy Science, Kyoto Univeristy, ** Graduate School of Life
Science and Sytems Engineering, Kyushu Institute of Technology
Ultrasound
Mediated Gene Expression using Microbubbles
Tetsuya
Kodama*, YukioTomita**, Ken-ichiro Koshiyama***, Martin Blomley****
*
Biomedical Engineering Research Organization, Graduate School of Medicine,
Tohoku University, ** Faculty of Education, Hokkaido University of Education,
*** Division of Mechanical Science, Graduate School of Engineering, Hokkaido
University, **** Imaging Sciences Department, Clinical Sciences Division,
Faculty of Medicine, Imperial College London
16:10 –
16:25 BREAK
16:25 –
17:40 PRESENTATIONS: FLOWS IN DNA
SCALE
Chair: Masaaki Tamagawa (Kyushu Institute of Technology)
Molecular
Dynamics Simulation of Cell Permeabilization Induced by Shock Wave Impulse
Kenichiro
Koshiyama*, Tetsuya Kodama**, Takeru Yano*, and Shigeo Fujikawa*
*
Graduate School of Engineering, Hokkaido University, ** Biomedical Engineering
Research Organization, Tohoku University
Fractal
Dimension Analysis in Self-Assembled Poly(dA)・Poly(dT) DNA Network on Mica Surface
Satoyuki
Kawano
Center
for Interdisciplinary Research, Tohoku University
Ab
Initio Study of DNA Double Strand Breaks by Hydroxyl Radical
Youhei
Maruyama*, Masanori Tachikawa**, and Satoyuki Kawano*
*
Center for Interdisciplinary Research, Tohoku University, ** Quantum Chemistry
Division, Graduate School of Integrated Science, Yokohama City University
Note:
Keynote lecture: 60 min including discussion
Presentations: 25 min including discussion
2004.10.26