长时间深度意外低温的血流动力学研究。

A Harari, B Regnier, M Rapin, F Lemaire, J R Le Gall
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引用次数: 6

摘要

对6例意外深低温患者行右心导管置管。研究分别在快速血容量扩张前后、输注异丙肾上腺素前后进行,并在正常体温下重复。初始血流动力学模式显示明显的低血容量,心输出量和心室充盈压力同时减少,测量的总血容量减少。快速纠正低血容量显示心功能不全,部分原因是持续的心动过缓。长时间低温暴露患者左心室功能下降,短时间低温暴露患者左心室功能正常。这些异常在低温输注异丙肾上腺素后消失,并在体温恢复正常后自行消失。低体温时心输出量减少与摄氧量不存在不平衡,动静脉氧差在正常范围内。
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Haemodynamic study of prolonged deep accidental hypothermia.

Right heart catheterisation was undertaken in six patients with accidental deep hypothermia. Studies were carried out before and after rapid blood volume expansion, with and without Isoproterenol infusion, and were repeated at normal body temperatures. The initial haemodynamic pattern indicated a marked hypovolemia with a simultaneous decrease of both cardiac output and ventricular filling pressures, and a decreased measured total blood volume. Rapid correction of the hypovolemia revealed cardiac insufficiency, in part due to the persisting bradycardia. Left ventricular function was depressed in patients with prolonged cold exposure and normal in patients with short exposure. These abnormalities disappeared after Isoproterenol infusion during hypothermia, and spontaneously after return to normothermia. No imbalance existed between the decreased cardiac output and oxygen uptake in hypothermia, arterio-venous oxygen difference being within normal limits.

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