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神经源性刺激对骨组织发育和生长的影响。

The effect of neurogenic stimulation on the development and growth of bony tissues.

作者信息

Bubenik G A, Bubenik A B, Stevens E D, Binnington A G

出版信息

J Exp Zool. 1982 Feb 1;219(2):205-16. doi: 10.1002/jez.1402190210.

Abstract

In order to elucidate the mechanisms of neurogenic control of bone development and growth, the effects of traumatic and electric stimulation on the development, size, and shape of antler bone tissue were investigated. Unilateral growth of antler in a female deer was initiated after traumatic stimulation of the frontal bone. Electrical stimulation of antler nerves or antler periosteum resulted in an increase in more than 70% in antler length and over 40% in weight. Stimulation of antler nerves also resulted in abnormal shape of antlers. The role of periosteal nerves and the participation of the central nervous system in the responses to stimulation is discussed.

摘要

为了阐明神经源性控制骨骼发育和生长的机制,研究了创伤刺激和电刺激对鹿茸骨组织发育、大小和形状的影响。对雌性鹿的额骨进行创伤刺激后,鹿茸开始单侧生长。对鹿茸神经或鹿茸骨膜进行电刺激,导致鹿茸长度增加70%以上,重量增加40%以上。刺激鹿茸神经还导致鹿茸形状异常。讨论了骨膜神经的作用以及中枢神经系统在刺激反应中的参与情况。

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