Shishova V G
Arkh Anat Gistol Embriol. 1975 Oct;69(10):73-9.
Three series of experiments were performed in 47 rabbits. The cerebral vessels were studied by methods of injection and clearing. In the first series under study were vessels after exposure to stresses of a training type. The picture of the circulatory bed under these conditions was close to normal in morphological parameters (diameter of vessels, amount of visible vessels, distinctness, evenness of the contours pronouncement of networks etc). In the 2nd and 3d series the results of training were checked by a single exposure to a series of stresses or a solitary stress. The data obtained suggest increased resistance in majority of trained animals to the following hypergravitation and better morphological parameters of the spinal cord circulatory bed as compared with not trained animals. Hence, certain adaptation to the following hypergravitation can be obtained in rabbits by means of repeated rotations in a centrifuge according to a special schedule of training.
在47只兔子身上进行了三组实验。通过注射和清理的方法研究脑血管。在第一组实验中，研究的是暴露于训练型应激后的血管。在这些条件下，循环床的形态学参数（血管直径、可见血管数量、清晰度、网络轮廓的清晰度和平整度等）接近正常。在第二组和第三组实验中，通过单次暴露于一系列应激或单独一次应激来检验训练效果。所获得的数据表明，与未训练的动物相比，大多数受过训练的动物对随后的超重有更高的抵抗力，并且脊髓循环床的形态学参数更好。因此，通过按照特殊的训练计划在离心机中反复旋转，兔子可以获得对随后超重的一定适应性。
