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A Neural Model of the Loss of Self in Schizophrenia

机译:精神分裂症自我丧失的神经模型

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Numerous researchers have pointed out over the last decades that there is a loss of the sense of the inner self in schizophrenia. In particular, the illuminating article of Sass et al. gives an underpinning explanation of the disease along these lines in each of its 3 manifestations, with positive, negative, or disordered symptoms. The crucial component of the analysis of these researchers is that of various disturbances in ipseity (the ongoing sense of “being there” accompanying all conscious experience) that can occur for a sufferer, giving a framework with which to understand the disease. Such analyses of schizophrenia in terms of distortions of the self go back much earlier. However, the more recent work has become more precise and embracing in terms of seeing most forms of schizophrenia as arising from such distortions. It also provides new ways of looking at and diagnosing the disease. In this article we propose to move the whole analysis closer into the brain itself by means of the CODAM neural network model of consciousness (where CODAM is an acronym for the “COrollary Discharge of Attention Movement” model of consciousness creation, to be described later). This allows both a mechanism to be formulated as to the basic brain-based cause of schizophrenia (with varieties of this cause correlated with the 3 main forms of it) as well as open up possible lines of research to be followed to help ameliorate the attention defects exposed in this approach.
机译:在过去的几十年中,许多研究人员指出,精神分裂症的内在自我意识正在丧失。特别是,Sass等人的照明制品。根据疾病的三种表现形式,分别以阳性,阴性或无序症状为基础,对该疾病提供了基本的解释。这些研究人员分析的关键组成部分是患者可能发生的各种性欲障碍(伴随着所有有意识的经历而不断出现的“在那里”的感觉),从而为理解疾病提供了框架。这种关于精神分裂症的关于自我扭曲的分析可以追溯到更早。但是,最近的工作变得更加精确,并且可以看到大多数形式的精神分裂症是由这种扭曲引起的。它还提供了查看和诊断疾病的新方法。在本文中,我们建议通过CODAM意识神经网络模型(其中CODAM是意识创造的“总推力运动”模型的缩写,将在后面进行描述)将整个分析移近大脑本身。 。这样既可以为基于脑的精神分裂症的根本原因制定机制(该原因的种类与它的三种主要形式相关),也可以开拓可能的研究方向以帮助减轻注意力这种方法暴露出来的缺陷。

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