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Neurotherapy: More than an Extra Feedback Loop to the Pathological Brain

机译:神经疗法:不仅是病理大脑的额外反馈回路

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摘要

Neurotherapy is a complementary treatment used in various disorders of the central nervous system (CNS), such as epilepsy and attention deficit hyperactivity. The method is subsumed under the behavioral medicine, and is considered to be an operand conditioning in psychological terms. However, its mechanisms are not well understood yet. In this article, we discuss the drawbacks of a conventional control engineering approach to analyze such a complex process (i.e. EEG-biofeedback) which elicits alterations on a complex system (i.e. CNS). Based on the results and observations we gained on the course of our clinical studies with epilepsy patients, we discuss the plausibility of a general systems theoretical approach to the neurotherapy process. Using the concepts of complexity, open systems, self-organization, and self-regulation, we underline the necessity of a systems theoretical framework. We show the analogies of the EEG-biofeedback process to other operand conditioning experiments explained via the methods of the synergetics.
机译:神经疗法是用于各种中枢神经系统疾病(CNS)的补充治疗,例如癫痫病和注意缺陷多动症。该方法包含在行为医学中,从心理学角度来看,它被视为操作数条件。但是,其机制尚未被很好地理解。在本文中,我们讨论了分析这种复杂过程(即EEG-生物反馈)的常规控制工程方法的弊端,这种复杂过程会引起复杂系统(例如CNS)的变更。基于我们在癫痫患者的临床研究过程中获得的结果和观察结果,我们讨论了神经疗法一般系统理论方法的合理性。使用复杂性,开放系统,自我组织和自我调节的概念,我们强调了系统理论框架的必要性。我们展示了脑电生物反馈过程与其他通过协同方法解释的操作数条件化实验的类比。

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