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Editorial: Integrity of the Autonomic Nervous System in Psychiatric and Neurological Disorders

机译:社论:精神病和神经系统中自主神经系统的完整性

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The autonomic nervous system is an essential neural control network of the human body thatmaintains physiologic balance. It regulates function of vital systems such as the cardiovascularsystem, the gastrointestinal system, and the skin. Autonomic neuronal structures permeate andinnervate the entire human organism, managing its autonomic functions largely independent fromconsciousness and thereby securing its survival. Professor Phillip Low, a pioneer of autonomicneurology, has once referred to the autonomic nervous system as the “Cinderella of Medicine,”a field of science, which attracted distinct interest in the scientific community but was limited bya substantial lack of coherent knowledge (1). When Low and a handful of out-of-the-box-thinkingscientists such as Sir Roger Bannister from London, a famous neurologist and record-breakingmiddle-distanceathlete,aswellasDavidRobertsonfromNashville,adistinguishedneurologistandspace physiologist, first embarked on the endeavor to explore the autonomic nervous system in the1960s and 1970s, they could probably not foresee the future impact of their research. Nowadays,their observations provide a basis for diagnosis and treatment of highly prevalent and debilitatingdisorders, including metabolic disorders such as diabetes and neurodegenerative disorders such asParkinson’s disease.
机译:自主神经系统是人体的基本神经控制网络,其是夸张的生理平衡。它调节重要系统的功能,如心血管系统,胃肠系统和皮肤。自主神经元结构渗透物和整个人体有机体,管理其自主主义函数在很大程度上独立于意识,从而确保其存活率。 Phillip教授Low,Automonicnecology的先驱,曾因自主神经系统作为“医学的灰姑娘”,这是一种科学领域,吸引了对科学界的鲜明兴趣,但受到大幅缺乏连贯的知识(1) 。当来自伦敦的罗杰班塞斯特爵士的洛吉斯班塞斯特(Roger Bankister)的低和少数讲话米达姆菲尔辛莱米德尔·斯蒂曼省(Aswellasdavidrobertsonfromnashville),Adistinguentneurightandspace生理学家,首先探讨了自主神经系统的努力1960年代和20世纪70年代,他们可能无法预见到他们的研究的未来影响。如今,他们的观察结果为诊断和治疗高度普遍和衰弱的差异提供了依据,包括糖尿病和神经变性疾病如糖尿病患者的代谢障碍。

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