[The distribution of cardiac output in waking rats with a decrease in body temperature to 2.3 degrees C through cooling or hypoxia].

A S Turganbaeva, K A Shoshenko
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Abstract

Heart output distribution (HO) was characterised by incorporation of 15-micron 131-I [correction of 15- 131J]-albumin microspheres after cooling and altitude hypoxia in alert rats. There was no significant change in the HO distribution in experimental rats except a 1.5-fold increase of the skin HO portion and a 1.5-fold decrease of the bone marrow HO portion in hypothermic rats. The latter developed an increase in the blood flow in skeletal muscles and different skin parts as compared with the hypoxic rats.

[经降温或缺氧使体温降至2.3℃时醒着大鼠的心排血量分布]。
用15微米的131-I [15- 131J校正]-白蛋白微球对清醒大鼠冷却和高原缺氧后的心输出量分布(HO)进行表征。实验大鼠HO分布无明显变化,但低温大鼠皮肤HO增加1.5倍,骨髓HO减少1.5倍。与缺氧大鼠相比,后者的骨骼肌和不同皮肤部位的血流量增加。
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