细胞间液

应用酶解技术将纤维质和果胶质水解，提取出细胞质和细胞间液，再经分离纯化可提取海带多糖。

The cytoplasm and intercellular fluid can be extracted from enzyme hydrolyzed cellulosic material and pectin , then the laminarin can be obtained via separation and purification .

结论微透析技术提供了一种实时监测颅脑创伤患者脑和皮下组织细胞间液生化指标的手段。

Conclusion Microdialysis provides us with an approach for real-time monitoring of cerebral and subcutaneous intercellular fluid in craniocerebral traumatic patients .

数学模型法研究细胞间液中Gd（Ⅲ）对Ca（Ⅱ）物种的影响

Studies on Effect of Gd (ⅲ) on Ca (ⅱ) Species in Human Interstitial Fluid by Mathematical Model Method

用数学模型法研究了细胞间液中Gd（）对Ca（）物种的影响，并利用人工神经网络方法估算配合物稳定常数。

The effect of Gd (ⅲ) on Ca (ⅱ) species in human interstitial fluid was studied by mathematical model method . Meantime artificial neural network was applied to the estimation of lg β value of some complex .

在此CPB和DHCA模型基础上结合脑微透析技术，连续监脑组织细胞间液神经生物分子含量的变化，并实现清醒下采样。

Cerebral microdialysis was established based on the rabbit model of cardiopulmonary bypass and sampling in awake condition was performed to continuously monitor the neurobiological macromolecular changes in the brain extracellular fluid .

重型脑创伤患者脑细胞间液甘油浓度研究

Extracellular glycerol in patients with severe traumatic brain injury