Kadyraliev A
Biull Eksp Biol Med. 1978 Mar;85(3):274-7.
The data characterizing the compensatory hyperfunction of the circulation and respiration with dosaged insufficiency of the mitral valve in animals, depending on the periods of adaptation to high-altitude are presented. Unadapted animals with insufficiency of the mitral valve had more serious disorders of hemodynamic and gaseous exchange accompanied by stasis in the lesser and greater circulation. 52.9% of the animals died during the first days after the formation of the mitral defect. In animals adapted to the high altitude hypoxia the process coursed with less pronounced disturbances of circulation and respiration; 28.6% of the animals died.
本文呈现了动物二尖瓣剂量不足时循环和呼吸代偿性机能亢进的数据，这些数据取决于对高海拔的适应期。未适应的二尖瓣功能不全动物，其血液动力学和气体交换紊乱更为严重，伴有小循环和大循环的淤血。52.9%的动物在二尖瓣缺损形成后的头几天死亡。在适应高海拔缺氧的动物中，循环和呼吸紊乱不那么明显；28.6%的动物死亡。
