|2023/10/10||UPDATE||ARTICLES/2023 was updated (NEWS.1, NEWS.2).|
|2023/10/03||UPDATE||ARTICLES/2023 was updated (ART.1, ART.2, OTH.3, OTH.4).|
|2023/08/24||UPDATE||ARTICLES/2023 was updated (ART.6, ART.7, SYM-I.1, SYM-I.2, SYM-I.3, SYM-I.4, SYM-I.5).|
|2023/06/19||UPDATE||ARTICLES/2023 was updated (OHT.1, OHT.2, ART.5).|
|2023/06/09||UPDATE||ARTICLES/2023 was updated (ART.4, DOM.4, INV-I.1).|
We analyze how the blood flow in a cerebral aneurysm varies by the position and shape of stent. And we also suggest stent designs decreasing blood flow efficiently.
We quantify the behavior of cells in living body by using in vitro system. These research help to clarify the mechanism of lesion and improve the treating effect.
We focus on PVA-H as a new material of the blood vessel model which has more similar mechanical property to a real blood vessel than silicone, and suggest a new treating method.
Biomodel is used for doctors to practice their operations. We develop bone and blood vessel model with realistic physical material properties.