Zotova N I
Arkh Anat Gistol Embriol. 1975 Oct;69(10):62-7.
The work was performed in 42 male rabbits which were trained for gravitation stress in a centrifuge of 2 m diameter according to two special schedules. The vascular system of the brain was injected with staining substances and studied in cleared sections. The training was established to increase the animal's resistance to stress of transversal direction and to result in adaptation of the vessels of the terminal brain to stress. Morphological changes under these conditions were not great. Of the two schedules the first one (without a preliminary "limbering" rotation) was more favourable. Four weeks after the cessation of the training cycle the animal's resistance to gravitation stress became considerably less.
该实验在42只雄性兔子身上进行,根据两种特殊方案,将它们置于直径2米的离心机中进行重力应激训练。向兔脑的血管系统注射染色物质,并在透明切片中进行研究。训练的目的是增强动物对横向应激的抵抗力,并使终脑的血管适应应激。在这些条件下的形态学变化不大。在这两种方案中,第一种(没有初步的“热身”旋转)更为有利。训练周期结束四周后,动物对重力应激的抵抗力显著降低。