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首页> 外文期刊>Brain and Neuroscience Advances >The development of antipsychotic drugs:
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The development of antipsychotic drugs:

机译:抗精神病药的开发:

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Antipsychotic drugs revolutionised psychiatric practice and provided a range of tools for exploring brain function in health and disease. Their development and introduction were largely empirical but based on long and honourable scientific credentials and remarkable powers of clinical observation. The class shares a common core action of attenuating central dopamine transmission, which underlies the major limitation to their use – high liability to disrupt extrapyramidal function – and also the most durable hypothesis of the basis of psychotic disorders, especially schizophrenia. However, the Dopamine Hypothesis, which has driven drug development for almost half a century, has become a straight-jacket, stifling innovation, resulting in a class of compounds that are largely derivative. Recent efforts only cemented this tendency as no clinical evidence supports the notion that newer compounds, modelled on clozapine, share that drug’s unique neurological tolerability and can be considered ‘atypical’. Patients and doctors alike must await a more profound understanding of central dopamine homeostasis and novel methods of maintaining it before they can again experience the intoxicating promise antipsychotics once held.
机译:抗精神病药彻底改变了精神病学实践,并提供了一系列探索健康和疾病中脑功能的工具。它们的开发和引入主要是凭经验进行的,但是基于长期和光荣的科学资历以及卓越的临床观察能力。班级有共同的中枢多巴胺减弱的核心作用,这是限制其使用的主要限制–破坏锥体外系功能的高责任–也是精神病(尤其是精神分裂症)基础的最持久假设。然而,将近半个世纪以来一直在推动药物开发的多巴胺假说已成为一种令人震惊的令人窒息的创新,导致一类化合物在很大程度上是衍生物。最近的努力只是巩固了这种趋势,因为没有临床证据支持这种基于氯氮平的新型化合物具有该药独特的神经耐受性并且可以被视为“非典型”的观点。患者和医生都必须等待对中枢多巴胺稳态的更深刻理解和新的维持方法,之后他们才能再次体验令人陶醉的抗精神病药。

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