7 Hyperosmotic-hyperoncotic solutions

PhD George C. Kramer (Professor of Anesthesiology and Physiology), MD Geir I. Elgjo (Research Fellow), MD, PhD Luiz F. Poli de Figueiredo (Assistant Professor), PhD Charles E. Wade
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引用次数: 32

Abstract

Since the first descriptions of the use of 7.5% hypertonic saline for resuscitation of haemorrhage in 1980, there has been substantial animal research and clinical evaluation of small volume resuscitation. Most interest has focused on combined hyperosmotic and hyperoncotic colloid formulations. Infused hyperosmotic NaCl rapidly expands plasma volume, while the hyperoncotic colloid sustains the volume expansion. Other contributing factors to the efficacy of these solutions are increased cardiac effectiveness and peripheral vasodilation. The most often studied solution, 7.5% NaCl/6% dextran 70, offers promise to reduce the mortality of traumatic hypotension and head injury when used as an initial treatment. Future hyperosmotic-hyperoncotic formulations with different solutes may provide specific beneficial pharmacological properties in addition to the established cardiovascular effects of hyperosmolarity. A particularly promising formulation might be a combination solution of an oxygen carrier colloid, for example, haemoglobin, and a hyperosmotic crystalloid.

Hyperosmotic-hyperoncotic解决方案
自1980年首次描述使用7.5%高渗盐水进行出血复苏以来,已经有大量的动物研究和小容量复苏的临床评估。大多数的兴趣集中在高渗和高渗的胶体制剂联合。注入高渗的NaCl使血浆体积迅速膨胀,而高渗的胶体则维持着体积的膨胀。其他促进这些解决方案有效性的因素是增加心脏有效性和周围血管舒张。最常研究的溶液是7.5% NaCl/6%葡聚糖70,作为初始治疗,有望降低外伤性低血压和头部损伤的死亡率。未来不同溶质的高渗-高渗制剂除了已确定的高渗对心血管的影响外,还可能提供特定的有益药理特性。一种特别有前途的配方可能是氧载体胶体(例如血红蛋白)和高渗晶体的组合溶液。
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