Karasaeva A Kh
Fiziol Zh SSSR Im I M Sechenova. 1983 Jul;69(7):919-24.
Cardiac output studied on the 3rd-5th days of adaptation to 3200 m altitude in dogs born at the 760 m and 1800 m altitudes revealed that the adaptation led to the right ventricle hyperfunction in former group of dogs whereas in the latter group of dogs it was followed by the left ventricle hyperfunction with higher end-diastolic pressure in both ventricles, at that. It seems that when the balance of the ventricles is mechanically disturbed, hyperfunction of one heart's part leads to dysfunction of the opposite part.
对出生于海拔760米和1800米的犬类在适应3200米海拔高度的第3至5天进行的心输出量研究表明，适应导致前一组犬类右心室功能亢进，而在后一组犬类中则导致左心室功能亢进，且两个心室的舒张末期压力均较高。似乎当心室平衡受到机械干扰时，心脏一部分的功能亢进会导致相反部分的功能障碍。
