Agadzhanian N A, Avtandilov G G, Aleksandrova S S
Biull Eksp Biol Med. 1986 May;101(5):531-3.
The experiments on white rats have shown that animals with distinct tolerance to hypoxia were characterized by individual metabolic changes in phylogenetically different brain structures. Adaptation to hypoxia in animals with high tolerance was associated with metabolic changes in the reticular formation and in animals with low tolerance with changes in the cerebral cortex. The experiments have shown that white rats with distinct individual tolerance to hypoxia are characterized by an inherent level of plastic metabolism in different brain structures. A correlation between brain tissue metabolism and individual tolerance of animals to hypoxia is suggested.
对白鼠的实验表明,对缺氧具有明显耐受性的动物,其特征是在系统发育上不同的脑结构中存在个体代谢变化。高耐受性动物对缺氧的适应与网状结构的代谢变化有关,而低耐受性动物对缺氧的适应则与大脑皮层的变化有关。实验表明,对白鼠缺氧具有明显个体耐受性的特征是不同脑结构中存在固有的可塑性代谢水平。这表明脑组织代谢与动物对缺氧的个体耐受性之间存在相关性。