Penner Sh D, Nikitenko B N
Biull Eksp Biol Med. 1978;86(7):27-9.
Experiments were conducted on dogs; cranio-cerebral hypothermia (a reduction of body temperature from 38 to 28 degrees C) led to increase of oxygen and to reduction of carbon dioxide tension in the blood. In case of marked hypothermia (24 degrees C) the blood gaseous concentration became less than at 28 degrees C, but remained above the initial level. This indicates prolonged preservation of adequate lung ventilation in the hypothermic organism.
在狗身上进行了实验;颅脑部低温(体温从38摄氏度降至28摄氏度)导致血液中氧气增加,二氧化碳张力降低。在显著低温(24摄氏度)的情况下,血液气体浓度低于28摄氏度时的浓度,但仍高于初始水平。这表明低温机体中肺通气能长时间维持充足。