《生命科学》 2021, 33(8): 955-961

鹿茸神经再生的研究进展

李勋胜¹ , 赵海平¹ , 李春义² , 孙红梅^1,*

¹中国农业科学院特产研究所，长春 130022 ²长春科技学院，长春 130600

摘　要：

在鹿茸的生长期，鹿茸对痛觉和不连续的触摸非常敏感，空间位置感也非常强，说明鹿茸含有丰富的神经系统。鹿茸作为能够完全再生的哺乳动物器官，其皮肤、血管、神经等组织成分也随之完全再生。弄清鹿茸神经再生的调控机制，将为临床上的神经损伤修复提供基础数据或有效途径。该文对鹿茸神经的结构、发生以及再生过程、再生机制等进行综述，旨在为神经损伤后的有效修复提供参考和指导。

通讯作者：孙红梅 , Email:sunhongmei@caas.cn

Research progress of deer antler nerve regeneration

LI Xun-Sheng¹ , ZHAO Hai-Ping¹ , LI Chun-Yi² , SUN Hong-Mei^1,*

¹Institute of Special Animal and Plant Sciences, Chinese Academy of Agricultural Sciences, Changchun 130022, China ²Changchun SCI-TECH University, Changchun 130600, China

Abstract:

Deer antler is rich in nervous system. During the growth period of antler, it is very sensitive to pain and discontinuous touch, and has a strong sense of spatial position. As a mammalian organ, deer antler can regenerate completely, and its skin, blood vessels, nerves and other tissue components also completely regenerate. Understanding the regulatory mechanism of antler nerve regeneration will provide basic data or available approaches for clinical nerve injury repair. In this paper, the structure of antler nerves, the process of neurogenesis and regeneration, and regeneration mechanism of antler nerves were reviewed, aiming to provide guidance for effective repair of nerve injury.

Communication Author：SUN Hong-Mei , Email:sunhongmei@caas.cn