基于动态热像图特征的正常人与高血压患者的鉴别研究

Jayashree Ramesh, Jayanthi Thiruvengadam
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引用次数: 1

摘要

高血压也被称为高血压或高血压。这是一种血管不断升高压力的情况。它是指收缩压为140毫米/汞柱或以上,舒张压为90毫米/汞柱或以上。根据印度政府卫生和家庭福利部卫生服务总局的统计,到2020年,印度高血压总患病率将为每1000人159.46人。本文旨在探讨动态热像图在鉴别正常人和高血压患者中的应用潜力。在这项技术中,使用红外热像仪对50名受试者(正常=3D 25,年龄和性别匹配的高血压=3D 25)的选定身体区域,如手(左和右)和颈部(左和右)的动态红外(IR)热像图进行约60秒的获取。使用ResearchIR软件测量这些选定身体区域每毫秒的平均温度。t检验值显示,正常人和高血压患者之间几乎所有参数都有显著差异。颈部左侧区域的温度变化率的百分比差异很大(92.5%)。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A study to differentiate normal and hypertensive subjects based on dynamic thermogram features
Hypertension also familiarized as high or raised blood pressure. It is a condition where the blood vessels have continuously raised pressure. It is a condition where the systolic pressure is 140 mm/Hg or above and the diastolic pressure is 90 mm/Hg or above. According to the statistics of Directorate General of Health Services, Ministry of Health and Family Welfare, Government of India, the overall prevalence of hypertension in India by 2020 willbe159.46/1000 population. This paper aims to study the potential of Dynamic thermogram in differentiating normal and hypertensive subjects. In this technique the dynamic Infra-red (IR) thermogram of selected body regions like hand (left and right) and neck (left and right) are obtained for about 60secs using IR thermal camera from 50 subjects (normal =3D 25 and age and sex matched hypertensive =3D 25). The average temperature for each and every millisecond in these selected body regions is measured using ResearchIR software. The T-Test value shows a significant difference in almost all the parameters between normal and hypertensive subjects. The percentage difference is high for the rate of temperature change in the neck left region (92.5%).
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