A. Kinoshita

发表

[Mitral valve tissue characterization using acoustic microscopy].

S. Senda, H. Masugata, K. Mizushige, 1998, Journal of cardiology.

Physical properties of the mitral valve tissue assessed by tissue sound speed in cardiac amyloidosis: relationship to the severity of mitral regurgitation.

M. Kohno, S. Senda, H. Masugata, 2000, Ultrasound in medicine & biology.

Comparison of left ventricular diastolic filling with myocyte bulk modulus using doppler echocardiography and acoustic microscopy in pressure‐overload left ventricular hypertrophy and cardiac amyloidosis

S. Senda, H. Masugata, K. Mizushige, 2000, Clinical cardiology.

Cyclic Variation of Thickness in An Age-Related Thick Mitral Valve Observed by Transthoracic Echocardiography

S. Senda, H. Masugata, K. Mizushige, 1999, Angiology.

Tissue Characterization of Myocardial Cells by Use of High-Frequency Acoustic Microscopy: Differential Myocyte Sound Speed and Its Transmural Variation in Normal, Pressure-Overload Hypertrophic, and Amyloid Myocardium

S. Senda, H. Masugata, K. Mizushige, 1999, Angiology.

Evaluation of acoustic properties of the live human smooth-muscle cell using scanning acoustic microscopy.

S. Senda, H. Masugata, H. Kiyomoto, 1998, Ultrasound in medicine & biology.

Evaluation of Left Atrial Wall Elasticity Using Acoustic Microscopy

S. Senda, H. Masugata, K. Mizushige, 1999, Angiology.

Relationship between myocardial tissue density measured by microgravimetry and sound speed measured by acoustic microscopy.

H Matsuo, S Senda, S. Senda, 1999, Ultrasound in medicine & biology.