Strain measurements by cardiac ultrasound using an original Matlab software

Maria Batrinache
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Abstract

The most accurate methods that determine quantitative information able to enhance the precision of procedures of identifying a disease are invasive, or induce discomfort to the patient. Many research groups are studying the possibility of introducing new non-invasive methods with which a diagnosis can be made more precise. This paper presents one method that can be used to determine the strain of an inner body organ, based on echography analysis. Quantifying the deformation can help to determine the extent of the disease for patients suffering from cardiac abnormalities, when the heart muscle changes its volume and degree of elasticity.
利用Matlab软件进行心脏超声应变测量
最准确的确定定量信息的方法,能够提高识别疾病的程序的精度,是侵入性的,或引起病人的不适。许多研究小组正在研究引入新的非侵入性方法的可能性,以使诊断更加精确。本文提出了一种基于超声分析的测定人体内部器官应变的方法。当心脏肌肉的体积和弹性发生变化时,量化变形可以帮助患有心脏异常的患者确定疾病的程度。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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