Yoshimoto Yukihiro
,
Hasebe Terumitsu
,
Nagashima So
,
Kamijo Aki
,
Nakatani Tatsuyuki
,
Yamagami Takuji
,
Kitamura Noriko
,
Kitagawa Tomoya
,
Hotta Atsushi
,
Takahashi Koki
,
Suzuki Tetsuya
… We examined the viability of human umbilical vein endothelial cells (HUVECs) for fluorine-incorporated amorphous carbon (a-C:H:F) coatings, which are known to be anti-thrombogenic. … The results indicate that the a-C:H:F surface does not disturb HUVEC proliferation in 6 days of culture and is promising for stent materials that allows the preservation of endothelialization, even if the fluorine concentration of a-C:H surface affects the early adhesion of endothelial cells. …
Jpn J Appl Phys 51(9), 090129-090129-7, 2012-09-25
The Japan Society of Applied Physics