Hypertonic Dehydration

The results suggest that AQP4 plays an important role in the early stage of the hypertonic dehydration .

AQP4可能在高渗性脱水的早期起重要的调节作用。

Conclusion Open celiac seawater immersion wound could result in hypernatremia , hyperkalemia , hyperchloremia and hypertonic dehydration in dogs with hemorrhagic shock .

结论腹腔海水浸泡可导致失血性休克犬高钠血症、高钾血症、高氯血症及高渗性脱水。

Conclusion Seawater immersion can aggravate the derangement of the serum electrolyte and osmotic pressure . Hypernatremia , hyperchloremia and hypertonic dehydration were found .

结论海水浸泡能明显加重机体血浆电解质及渗透压的紊乱，出现严重的高钠、高氯、高渗血症，从而明显加重动物伤情。

Objective To study the effect of hypertonic medium on expression of aquaporin-4 in cultured astrocytes and the role of aquaporin-4 in the course of hypertonic dehydration .

目的研究高渗培养液对体外培养星形胶质细胞表达水通道蛋白-4（Aquaporin-4，AQP4）的影响及AQP4在高渗性脱水中的作用。