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Dopamine: a marker of psychosis and final common driver of schizophrenia psychosis.

机译:多巴胺:精神病的标志物和精神分裂症精神病的最终共同驱动力。

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摘要

Our attempt to understand schizophrenia in neurochemical terms began with the landmark studies of Carlsson and Lindqvist (1) in the 1960s. The results of these studies, based on the action of chlorpromazine, were strengthened by the binding studies carried out in both Seeman's (2) and Synder's (3) laboratories, which showed that antipsy-chotic potency was correlated with dopamine D_2 receptor binding. The one major exception to this correlation is clozapine, which appears to be the most effective available drug for treating schizophrenia symptoms. The most recent version of the resulting dopamine hypothesis suggests that genetic, environmental, and developmental variables play major etiological roles in schizophrenia, but that striatal dopamine presynaptic overactivity remains the final trigger resulting in psychosis.
机译:我们从神经化学角度理解精神分裂症的尝试始于1960年代对Carlsson和Lindqvist(1)的里程碑式研究。这些研究的结果基于氯丙嗪的作用,通过在Seeman(2)和Synder(3)实验室中进行的结合研究得到了加强,这些研究表明,胰蛋白酶-选择力与多巴胺D_2受体结合有关。这种相关性的一个主要例外是氯氮平,氯氮平似乎是治疗精神分裂症症状最有效的药物。产生的多巴胺假说的最新版本表明,遗传,环境和发育变量在精神分裂症中起主要病因作用,但是纹状体多巴胺突触前过度活跃仍然是导致精神病的最终诱因。

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