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Neural basis of complementary functions to response bias in the centromedian nucleus of thalamus

100%

Kimura M. , Minamimoto T. , Hori Y.

Acta Neurobiologiae Experimentalis

2005

tom 65

nr 5

A newly-designed myocardial assist device using a sophisticated shape memory alloy fibre

32%

Shiraishi Y. , Yambe T. , Sekine K. , Ogawa D. , Nagatoshi J. , Itoh S. , Park Y. , Uematsu M. , Sakata R. , Wada Y. , Saijo Y. , Higa M. , Hori Y. , Liu H. , Wang Q. , Konno S. , Kuwayama T. , Olegario P. , Tanaka A. , Masumoto N. , Ibuki R. , Maruyama S. , Okamoto E. , Fujimoto T. , Yoshizawa M. , Umezu M. , Imachi K. , Nitta S.-I. , Sasada H. , Tabayashi K. , Homma D.

Biocybernetics and Biomedical Engineering

2007

tom Vol. 27, no. 1-2

147-154

Recently, the ventricular assist devices are widely applied for a surgical treatment of the final stage of severe heart failure as the bridge to heart transplantation or the destination therapy. However, it was anticipated that the artificial components in the ventricular assist devices might cause the problems concerning thrombosis and infection. As heart failure involves the decrease in myocardial contractile function, the mechanical assistance by using an artificial myocardium might be effective. In this study, the authors developed a mechano-electric artificial myocardial assist system (artificial myocardium), which is capable of supporting natural contractile function from the outside of the ventricle.