首页> 外文期刊>Journal of medical systems >An Acoustical Evaluation of Knee Sound for Non-invasive Screening and Early Detection of Articular Pathology.
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An Acoustical Evaluation of Knee Sound for Non-invasive Screening and Early Detection of Articular Pathology.

机译:膝部声音的声学评估,用于无创筛查和关节病理的早期检测。

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Knee sound signals generated by knee movement are sometimes associated with degeneration of the knee joint surface and such sounds may be a useful index for early disease. In this study, we detected the acoustical parameters, such as the fundamental frequency (F0), mean amplitude of the pitches, and jitter and shimmer of knee sounds, and compared them according to the pathological conditions. Six normal subjects (4 males and 2 females, age: 28.3?±?2.3?years) and 11 patients with knee problems were enrolled. The patients were divided into the 1st patient group (5 males and 1 female, age: 30.2?±?10.3?years) with ruptured wounds of the meniscus and 2nd patient group (2 males and 3 females, age: 42.1?±?16.2?years) with osteoarthritis. The mean values of F0, jitter and shimmer of the 2nd patient group were larger than those of the normal group, whereas those of the 1st patient group were smaller (p?
机译:由膝盖运动产生的膝盖声音信号有时与膝盖关节表面的退化有关,这种声音可能是早期疾病的有用指标。在这项研究中,我们检测了声学参数,例如基频(F0),音高的平均幅度以及膝盖声音的抖动和闪烁,并根据病理情况进行了比较。纳入六名正常受试者(男4例,女2例,年龄:28.3±2.3岁)和11例膝关节疾病患者。将患者分为第一部分(男5例,女1例,年龄:30.2±±10.3岁),半月板破裂伤口;第二患者组(男2例,女性3例,年龄:42.1±±16.2岁)。年)与骨关节炎。第二组患者的F0,抖动和微光的平均值大于正常组,而第一组患者的F0,抖动和微光的平均值较小(p <0.05)。另外,在第一和第二患者组中,站立位置的F0和抖动大于坐姿的F0和抖动(p≤0.05)。这些结果显示了通过听诊进行无创诊断和早期发现关节病理的良好潜力。

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