Tarsal disintegration (T.D.) in leprosy.

Leprosy in India Pub Date : 1983-04-01
V N Kulkarni, J M Mehta
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Abstract

Tarsal Disintegration in leprosy has been a challenge as far as its prevention is concerned. It is, no doubt, a complex and less understood phenomenon influenced by many factors. In this study made at Dr. Bandorawalla Leprosy Hospital, Kondhawa, factors like insensitivity, loss of protective reflex, infection, lepromatous infiltration of bones etc. have been taken into consideration, but, more emphasis is laid on the biomechanical factors (i.e. altered muscle pulls due to muscular paralysis resulting in imbalance) and the resulting change in weight bearing areas and weight transmission lines. Sixteen cases of neuropathic feet were examined clinically and radiologically. All were burnt out cases of tuberculoid and borderline tuberculoid variety excepting one which was active being of lepromatous variety. Tracings made from actual radiographs of the patients were studied. It was found that apart from insensitivity, biomechanical factors play a lot of importance in accentuating the process of T.D. The changes are predominantly seen in Tuberculoid variety of Leprosy. Attempts have been made to understand this process more closely by drawing conclusions based on the kinetic and kinematic analysis of the normal human foot and comparing it with neuropathic feet.

麻风病的跗骨解体。
就麻风病的预防而言,跗骨解体一直是一个挑战。毫无疑问,这是一个复杂而又鲜为人知的现象,受许多因素的影响。在Kondhawa Bandorawalla博士麻风病医院进行的这项研究中,考虑了不敏感、保护反射丧失、感染、麻风病性骨浸润等因素,但更强调的是生物力学因素(即肌肉麻痹导致不平衡的肌肉牵拉改变)以及由此导致的承重区域和重量传输线的变化。本文对16例神经性足进行了临床和影像学检查。除1例麻风型活跃菌外,其余均为结核样菌和交界型结核样菌。研究了患者的实际x线片的描摹。我们发现,除了不敏感外,生物力学因素在加速T.D.的过程中起着重要的作用,这种变化主要见于结核样麻风。通过对正常人足部的动力学和运动学分析,并将其与神经性足部进行比较,人们试图更密切地了解这一过程。
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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