Khvatova E M, Mironova G V, Shvets N A, Seroglazova G S
Vopr Med Khim. 1976 Jul-Aug;22(4):493-7.
Acute hypoxic hypoxia ("height" 7000 m) did not cause distinct alterations in content of adenyl and guanyl nucleotides from brain tissue. Negative alterations in the pool of macroergic phosphates occurred in a deficit of oxygen ("height" 8000 m). Short-term training with hypoxia prevented the alterations in nucleotide pool even if the extreme hypoxia was applied ("height" 9000 m). Pre-cooling of animals promoted the maintenance of nucleotide pool at the "height" of 8000 and 9000 m. Hypothermia did not protect against the distinct alterations in content of both adenyl and guanyl nucleotides under conditions of oxygen deficit ("height" 9500 m and 1100 m).
急性低氧性缺氧(“海拔”7000米)并未引起脑组织中腺苷酸和鸟苷酸含量的明显变化。在缺氧(“海拔”8000米)时,高能磷酸盐池出现负性变化。即使施加极端缺氧(“海拔”9000米),低氧短期训练也可防止核苷酸池的变化。动物预冷有助于在“海拔”8000米和9000米时维持核苷酸池。在缺氧条件下(“海拔”9500米和1100米),低温并不能防止腺苷酸和鸟苷酸含量的明显变化。