晶体渗透压

结果证明血肿液的胶体渗透压和晶体渗透压与血液渗透压没有差别，并不表现高渗。

There were no difference between hematoma and blood concerning the osmotic pressure .

血浆晶体渗透压升高明显。

Serum osmotic press raised obviously .

复苏后即刻给予高晶体高胶体渗透压混合液可减少中性粒细胞聚集，降低ICAM1表达，使BBB的损伤减轻，从而减轻了心肺复苏后脑水肿的程度。

HHS can decrease the aggregation of PMN , inhibit the expression of ICAM-1 , decrease the permeability of BBB , so attenuate the severity of brain edema .

实验组细胞先置于高晶体高胶体渗透压环境的培养液中15min，其他步骤同对照组。

In experimental group , cells were cultured in hypertonic hyperoncotic solution for 15 min firstly , then managed as control group .

结论高晶体高胶体渗透压混合液可以消除内皮细胞在缺氧/氧再灌状态下的肿胀，维持较高的细胞存活率。

Conclusion Hypertonic-hyperoncotic solution can diminish the inflation of endothelial cells in hypoxia - reperfusion period and maintain high survival rate .

目的研究高晶体高胶体渗透压混合液对心肺复苏后大鼠脑水肿的影响。

Objective To investigate the effect of hypertonic-hyperoncotic solution ( HHS ) on brain edema formation after asphyxial cardiac arrest in rats .

目的观察高晶体-高胶体渗透压混合液（HHS）在预处理与后处理的方式下对缺血再灌注的大鼠体外心脏功能和心肌组织学结构等的影响。

Objective To investigate the effects of hypertonic-hyperoncotic solution ( HHS ) on cardial function and myocardial histological structure in isolated rat hearts against ischemia reperfusion injury .

目的了解中性粒细胞表面CD11b的表达规律，探讨高晶体-高胶体渗透压混合液（HHS）对其表达的影响。

Objective To investigate the effect of hypertonic-hyperoncotic solution ( HHS ) on CD11b expression on the surface of human neutrophils which are stimulated by lipopolysaccharide ( LPS ) in vitro .

高晶体-高胶体渗透压混合液对失血性休克大鼠不同组织中血管紧张素原表达的影响

Effects of hypertonic-hyperoncotic solution on the expression of angiotensinogen in different tissue in hemorrhagic shock rats

高晶体-高胶体渗透压溶液对受机械性损伤的海马神经细胞容积的影响

The Effect of Hypertonic Hyperoncotic Solution on Cell Volume of Mechanical Damaged Hippocampal Neurons in Primary Culture