Add to ORKGPathological changes in arterial walls significantly influence their mechanical properties. We have developed a correlation-based method, the phased tracking method, for measurement of the regional elasticity of the arterial wall. Using this method, elasticity distributions of lipids, blood clots, fibrous tissue, and calcified tissue were measured by in vitro experiments of excised arteries (mean r SD: lipid 89
The objective of this study was to show a method that combine non-invasive measurements of the relat...
The elastic properties of the arterial wall have been the subject of physiological, clinical and bio...
The elastic properties of the arterial wall have been the subject of physiological, clinical and bio...
Pathological changes in arterial walls significantly influence their mechanical properties. We have ...
The phased tracking method was developed for measuring the minute change in thickness during one car...
Previously, we developed the phased tracking method [H. Kanai et al.: IEEE Trans. Ultrason. Ferroele...
Abstract — We have developed the phased tracking method [1] for measuring the minute change in thick...
Abstract: This paper describes a noninvasive method for evaluating regional elasticity of atheroma b...
To characterize tissues in atherosclerotic plaque, we have developed a method, namely, the phased tr...
Abstract—This paper describes a noninvasive method for evaluating regional elasticity of atheroma by...
This paper describes a noninvasive method for evaluating regional elasticity of atheroma by measurin...
The arterial wall is a composite material of elastin, collagen, and extracellular matrix with acutel...
Mechanical properties of the arterial walls could provide meaningful information for the diagnosis, ...
Functional and structural changes in the common carotid artery are biomarkers for cardiovascular ris...
During a cardiac cycle, the radius of an elastic artery may undergo a variationof about 10% so that ...
The objective of this study was to show a method that combine non-invasive measurements of the relat...
The elastic properties of the arterial wall have been the subject of physiological, clinical and bio...
The elastic properties of the arterial wall have been the subject of physiological, clinical and bio...
Pathological changes in arterial walls significantly influence their mechanical properties. We have ...
The phased tracking method was developed for measuring the minute change in thickness during one car...
Previously, we developed the phased tracking method [H. Kanai et al.: IEEE Trans. Ultrason. Ferroele...
Abstract — We have developed the phased tracking method [1] for measuring the minute change in thick...
Abstract: This paper describes a noninvasive method for evaluating regional elasticity of atheroma b...
To characterize tissues in atherosclerotic plaque, we have developed a method, namely, the phased tr...
Abstract—This paper describes a noninvasive method for evaluating regional elasticity of atheroma by...
This paper describes a noninvasive method for evaluating regional elasticity of atheroma by measurin...
The arterial wall is a composite material of elastin, collagen, and extracellular matrix with acutel...
Mechanical properties of the arterial walls could provide meaningful information for the diagnosis, ...
Functional and structural changes in the common carotid artery are biomarkers for cardiovascular ris...
During a cardiac cycle, the radius of an elastic artery may undergo a variationof about 10% so that ...
The objective of this study was to show a method that combine non-invasive measurements of the relat...
The elastic properties of the arterial wall have been the subject of physiological, clinical and bio...
The elastic properties of the arterial wall have been the subject of physiological, clinical and bio...