突触前P2受体?

T.W Stone, E.M O’Kane, M.-R Nikbakht, F.M Ross
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引用次数: 4

摘要

虽然ATP研究的重点是突触后受体,但也有证据表明突触前受体调节自主神经系统中的递质释放。最近的工作试图在中枢神经系统中确定类似的机制。现有的一些结果可以用核苷酸代谢成腺苷或腺苷5 ' -单磷酸腺苷(AMP)来解释。然而,利用敏感的电生理测试(如成对脉冲相互作用)对突触前效应的研究表明,核苷酸可以作用于突触前位点,但其作用可能是由腺苷的释放介导的。结果还表明,在某些条件下,核苷酸可以介导长期增强等现象,这可能涉及一个重要的突触前元件。在某种程度上,这些影响可能涉及核苷酸诱导的腺苷释放和P1和P2受体的同时激活。
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Presynaptic P2 receptors?

Although the emphasis in ATP research has been on postjunctional receptors, there is also evidence for presynaptic receptors regulating transmitter release in the autonomic nervous system. Recent work has attempted to identify similar mechanisms in the central nervous system. Some of the existing results can be explained by the metabolism of nucleotides to adenosine or adenosine 5′-monophosphate (AMP). However, studies of presynaptic effects using sensitive electrophysiological tests such as paired-pulse interactions indicate that nucleotides can act at presynaptic sites, but that their effects may be mediated by a release of adenosine. Results are also described which indicate that, under some conditions, nucleotides can mediate phenomena such as long-term potentiation, which probably involves a significant presynaptic element. In part these effects may involve a nucleotide-induced release of adenosine and the simultaneous activation of P1 and P2 receptors.

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