Kudokotsev V P, Baranovskiĭ A E
Ontogenez. 1988 Sep-Oct;19(5):508-12.
Vertically directed permanent magnetic fields stimulate tail regeneration in larvae of three anuran species. This effect depends on correlation between the beginning of exposure and the time of injury, magnetic field intensity, species, age and individual features. The permanent magnetic field (133-193 kA/m) enhances differentiation of collagen-containing structures of the tail regenerate.
垂直定向的永久磁场刺激三种无尾两栖类幼体的尾部再生。这种效应取决于暴露开始时间与受伤时间之间的相关性、磁场强度、物种、年龄和个体特征。永久磁场（133 - 193 kA/m）可增强尾部再生体中含胶原蛋白结构的分化。
