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The contribution of clinical neurophysiology to the comprehension of the tension-type headache mechanisms.

机译:临床神经生理学对张力型头痛机制的理解的贡献。

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So far, clinical neurophysiological studies on tension-type headache (TTH) have been conducted with two main purposes: (1) to establish whether some neurophysiological parameters may act as markers of TTH, and (2) to investigate the physiopathology of TTH. With regard to the first point, the present results are disappointing, since some abnormalities found in TTH patients may be frequently observed also in migraineurs. On the other hand, clinical neurophysiology has played an important role in the debate about the pathogenesis of TTH. Studies on the exteroceptive suppression of the temporalis muscle contraction have detected a dysfunction of the brainstem excitability and of its suprasegmental control. A similar conclusion has been reached by using the trigeminocervical reflexes, whose abnormalities in TTH have suggested a reduced inhibitory activity of brainstem interneurons, reflecting abnormal endogenous pain control mechanisms. It is interesting that the neural excitability abnormality in TTH seems to be a generalized phenomenon, not limited to the cranial districts. Defective DNIC-like mechanisms have indeed been evidenced also in somatic districts by nociceptive flexion reflex studies. Unfortunately, most neurophysiological studies on TTH are marred by serious methodological flaws, which should be avoided in future researches, in order to better clarify the TTH mechanisms.
机译:到目前为止,已经用两种主要目的进行了关于紧张型头痛(TTH)的临床神经生理学研究:(1)建立一些神经生理学参数是否可以作为Tth的标志物,并调查Tth的物理化学病理学。关于第一点,目前的结果令人失望,因为在偏头痛中也可以经常观察到TTH患者的一些异常。另一方面,临床神经生理在关于Tth发病机制的辩论中发挥了重要作用。关于颞肌收缩的屈服抑制的研究检测到脑干兴奋性和其上行源性控制的功能障碍。通过使用三噬炎反应已经达到了类似的结论,其TTH的异常表明脑干中间核的抑制活性降低,反映了异常的内源性疼痛控制机制。有趣的是,Tth中的神经兴奋性异常似乎是广义现象,不限于颅地区。在伤害屈曲反射研究中,缺陷的DNIC的机制确实在躯体区也被证明。不幸的是,大多数关于Tth的神经生理学研究受到严重的方法缺陷的影响,在未来的研究中应该避免,以便更好地阐明Tth机制。

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