Burnstock G
Department of Anatomy and Embryology, University College, London, WC1E 6BT.
Neuroscience. 1976 Aug;1(4):239-48. doi: 10.1016/0306-4522(76)90054-3.
The concept that each nerve cell makes and releases only one nerve transmitter (widely known as Dale's Principle) has been re-examined. Experiments suggesting that some nerve cells store and release more than one transmitter have been reviewed. Developmental and evolutionary factors are considered. Conceptual and experimental difficulties in investigating this problem are discussed. It is suggested that the term 'transmitter' should be applied to any substance that is synthesised and stored in nerve cells, is released during nerve activity and whose interaction with specific receptors on the postsynaptic membrane leads to changes in postsynaptic activity. Expressed in this way, it seems likely that while many nerves do have only one transmitter, others in some species, during development or during hormone-dependent cycles, employ multiple transmitters.
每个神经细胞仅产生和释放一种神经递质的概念(广为人知的戴尔原则)已被重新审视。对一些表明某些神经细胞储存和释放不止一种递质的实验进行了综述。考虑了发育和进化因素。讨论了研究此问题时的概念和实验困难。有人建议,“递质”一词应适用于任何在神经细胞中合成和储存、在神经活动期间释放且其与突触后膜上特定受体相互作用导致突触后活动发生变化的物质。以这种方式表述,似乎很可能虽然许多神经确实只有一种递质,但在某些物种中,其他一些神经在发育过程中或在激素依赖周期中会使用多种递质。