Glutamate receptors and excitotoxicity.

G L Westbrook
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Abstract

The features of central glutamate synapses are well suited to the spectrum of functions these elements serve in brain function. However, receptor-mediated mechanisms are only one facet of phenomena such as excitotoxicity or long-term potentiation, which almost certainly involve other neuronal components, e.g., other transmitter systems, voltage-gated channels, and biochemical mechanisms as well as possibly astrocytes in some cases. Nonetheless the rapid pace of progress in this field reinforces not only the diversity and complexity of the CNS, but suggests that it is not overly optimistic to think that understanding of these mechanisms will soon have an impact on neurological and mental illness.

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谷氨酸受体与兴奋毒性。
中枢谷氨酸突触的特征很好地适应了这些元素在脑功能中服务的功能谱。然而,受体介导的机制只是兴奋毒性或长时程增强等现象的一个方面,这些现象几乎肯定涉及其他神经元成分,例如其他递质系统、电压门控通道和生化机制,在某些情况下可能还涉及星形胶质细胞。尽管如此,这一领域的快速进展不仅强化了中枢神经系统的多样性和复杂性,而且表明,认为对这些机制的理解将很快对神经和精神疾病产生影响的想法并不过于乐观。
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Eating and its disorders. HIV, AIDS, and The Brain. Proceedings of the 72nd annual ARNMD meeting. New York, 1992. Laboratory basis of novel therapeutic strategies to prevent HIV-related neuronal injury. Cytokine expression and pathogenesis in AIDS brain. HIV-related depression.
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