Development of integrated circulatory simulation system considering systemic circulation based on medical images
Development of 3D blood vessel shape modeling and visualization method from medical images for predictive medicine
Development of coupled analysis method for endovascular treatment
Visualization measurement of microscale flow with confocal Micro-PIV and digital holographic microscopy
In order to elucidate the mechanism of cardiovascular diseases such as cerebral aneurysm and arteriosclerosis, we are conducting research from both sides of numerical simulation and experiment. In the simulation, we are developing an integrated system for surgical planning of endovascular treatment combining simulation techniques with medical image data. In the experiment, we have developed a confocal micro PIV (particle image velocimetry) system and the latest three-dimensional measurement method to perform quantitative measurement of the multiphase flow in a microchip such as a blood diagnostic chip.