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交感神经轴突对猫下颌下腺副交感神经轴突发芽的抑制作用。一项组织化学研究。

Inhibition of parasympathetic axonal sprouting in the cat submandibular gland by sympathetic axons. A histochemical study.

作者信息

Kemplay S

出版信息

Cell Tissue Res. 1980;207(1):155-63. doi: 10.1007/BF00239337.

Abstract

The sprouting of parasympathetic axons into the submandibular sympathetic nerve trunk following sympathetic denervation has been investigated. It was found that a permanent sympathetic denervation was necessary in order for the sprouting to devleop and be maintained: if reinnervation by adrenergic nerves was delayed, the sprouting developed but was reduced at longer survival times when the original innervation was reestablished. The evidence for suppression of the cholinergic sprouting by the adrenergic axons is discussed, as is the evidence that these sprouts arise from the submandibular gland.

摘要

交感神经去神经支配后副交感神经轴突向颌下交感神经干的芽生现象已得到研究。结果发现,为了使芽生现象得以发展并维持,永久性交感神经去神经支配是必要的:如果肾上腺素能神经的再支配延迟,芽生现象会出现,但在原始神经支配重新建立后的较长存活时间里,芽生现象会减少。文中讨论了肾上腺素能轴突抑制胆碱能芽生的证据,以及这些芽生来自颌下腺的证据。

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