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表面电位与两栖动物肢体再生的控制

Surface potentials and the control of amphibian limb regeneration.

作者信息

Lassalle B

出版信息

J Embryol Exp Morphol. 1979 Oct;53:213-23.

PMID:317087
Abstract

The relationship between surface potentials and amphibian limb regeneration is examined. The wound surface becomes increasingly positive for several days after amputation but then decreases again, often becoming negative for a variable period during blastemal growth. The same changes of surface potentials are observed during wound healing alone, in the absence of amputation and following amputation of irradiated or denervated limbs. Similar changes occur in non-regnerating frog arms. These observations and other cited reasons lead to the conclusion that surface potentials do not control regeneration.

摘要

研究了表面电位与两栖动物肢体再生之间的关系。截肢后,伤口表面在数天内变得越来越正,但随后又下降,在芽基生长期间通常会在一段可变的时间内变为负。在仅伤口愈合过程中、无截肢情况下以及辐照或去神经支配肢体截肢后,均观察到表面电位的相同变化。在不能再生的青蛙手臂中也会出现类似变化。这些观察结果以及其他引用的原因得出结论:表面电位并不控制再生。

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