[Beta-adrenergic mediation of the central control of respiration: myth or reality].

D Annane
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Abstract

Self poisoning with beta-blocking drugs might increase with the extension of their therapeutic fields. Usually the management of this intoxication is mainly directed toward antagonizing the beta-adrenoreceptor blocking effects. Thus attention is specially directed to the cardiovascular condition and to the bronchoconstrictor effect. Nonetheless, in spite of this treatment, fatal cases have been reported, suggesting that other complications are responsible of the clinical course of this acute poisoning. In fact, in some cases, a respiratory arrest appeared as the major determinant of death, although the cardiovascular effects were correctly antagonized. Furthermore, the few studies in animals and in healthy volunteers indicated that beta-adrenergic mechanisms in the brain stem stimulate the ventilatory control system. Beta 1 lipophilic antagonists induce a central ventilatory depression and consecutively a respiratory arrest, which is not antagonized by beta mimetic drugs. Awareness of this complication may lead to a greater care in managing the poisoned patients and in starting early mechanical ventilation, which influence the outcome favourably.

[呼吸中枢控制的-肾上腺素能调解:神话还是现实]。
乙型阻断药物的自中毒可能随着其治疗范围的扩大而增加。通常这种中毒的处理主要是针对对抗-肾上腺素受体的阻断作用。因此,我们特别关注心血管疾病和支气管收缩效应。尽管如此,尽管有这种治疗,仍有死亡病例的报道,这表明其他并发症是导致这种急性中毒的临床过程的原因。事实上,在某些情况下,呼吸骤停似乎是死亡的主要决定因素,尽管心血管的影响被正确地抵消了。此外,在动物和健康志愿者中进行的少数研究表明,脑干中的β -肾上腺素能机制刺激通气控制系统。β 1亲脂拮抗剂诱导中枢通气抑制和连续的呼吸骤停,这是不对抗的β模拟药物。对这一并发症的认识可能会导致在处理中毒患者和早期开始机械通气时更加谨慎,这对结果有有利的影响。
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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