[On the temperature sensitivity of multiple sclerosis patients (author's transl)].

M Brenneis, G Harrer, H Selzer
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Abstract

Aggravation of neurological symptoms in MS patients in heating is well known. This phenomenon is explained by the change of conduction in demyelinated nerve fibers. In raised temperature conduction block occurs. The threshold of conduction block dependent on temperature, is probably proportional to the degree of demyelination. It is possible to inhibit this effect by tyrosin. This model may present a view to a part of neurophysiological mechanisms of MS, on which we possibly can take therapeutical influence. By way of a questionnaire 125 MS patients were asked about changes of their symptoms in heating or cooling. 93% had marked sensitivity to heating. In 90% worsening of neurological symptoms or of general feeling occured in a hot bath. On the other hand about half the patients reported improvement in a cold bath. Therefore we suggest, that a noticeable part of neurological deficit is reversible, if we were able to raise the threshold of conduction block, which depends on temperature, ph, electrolytes and neurotransmitters.

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【关于多发性硬化症患者的温度敏感性(作者译)】。
多发性硬化症患者在加热时神经系统症状加重是众所周知的。这种现象可以用脱髓鞘神经纤维传导的改变来解释。在温度升高时发生传导阻滞。传导阻滞的阈值取决于温度,可能与脱髓鞘的程度成正比。酪氨酸有可能抑制这种作用。该模型可能为MS的部分神经生理机制提供了一个视角,我们可能在此基础上采取治疗措施。通过问卷调查125例MS患者在加热或冷却时的症状变化。93%对加热有明显的敏感性。90%的神经症状或全身感觉恶化发生在热水浴中。另一方面,大约一半的患者在冷水浴中有所改善。因此,我们认为,如果我们能够提高传导阻滞的阈值,那么神经功能缺损的显著部分是可逆的,传导阻滞的阈值取决于温度、ph、电解质和神经递质。
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