Key result
A mathematical and ultrasonographic phantom model of the left ventricle was successfully developed to simulate and analyze speckle tracking echocardiography under controlled in vitro conditions.
This study provides a mathematical and ultrasonographic model to simulate and better understand speckle tracking echocardiography of the left ventricle.
Offers a controlled LV deformation model for speckle-tracking research; leaves open clinical validation and applicability.
The main objective of this study is to develop an echocardiographic model of the left ventricular and numerical modeling of the speckles- markers tracking in the ultrasound (ultrasonographic) imaging of the left ventricle. The work is aimed at the creation of controlled and mobile environment that enables to examine the relationships between left ventricular wall deformations and visualizations of these states in the form of echocardiographic imaging and relations between the dynamically changing distributions of tissue markers of studied structures.
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Olszewski et al. (2012) studied Left ventricular function modeling. Mathematical and ultrasonographic phantom model of the left ventricle was evaluated on Development and validation of an echocardiographic model of the left ventricle and numerical modeling of speckle markers tracking. A mathematical and ultrasonographic phantom model of the left ventricle was successfully developed to simulate and analyze speckle tracking echocardiography under controlled in vitro conditions.
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