Conclusion: Affinity membrane isolating method is accurate and dependable, simple and quick in clinical application.
结论：亲和膜分离法临床应用简捷、快速，方法准确可靠。
Membrane utilized for endotoxin removal namely chitosan affinity membrane was prepared by using Poly (vinylidene fluoride) (PVDF) hollow fiber membrane as support.
以聚偏氟乙烯中空纤维膜为基质材料，制备了用于去除内毒素的壳聚糖亲和膜。
Affinity membrane separation, a new technology, has advantages of both membrane separation and affinity chromatography, and is good for the separation and purification of biological products.
亲和膜分离技术是一项新兴的技术，兼有膜分离和亲和色谱的优点，可以有效地进行生物产品的分离和纯化。
The application of molecular recognition in affinity chromatography, solid extraction, membrane separation technology raises the separation efficiency and separates those optical isomeric compounds.
分子识别应用于亲和色谱、固相萃取、膜分离技术极大地促进了分离效率的提高和一些复杂物质的拆分。
Oil affinity of membrane is an important characteristic.
膜对油的亲和性是表征膜的重要指标之一。
The advantages of the high affinity and selectivity of the molecular imprinted polymer nanotube membrane in chemical separation are also discussed.
分子印迹聚合物纳米管膜在化学分离中具有高亲和性和高选择性的优点。
Experiments showed that berberine neither affected insulin secretion or release, nor affected the capacity and affinity of insulin receptor of liver membrane.
实验表明，小檗碱未影响胰岛素的分泌与释放，也未影响肝细胞膜胰岛素受体的数目与亲和力，小檗碱的作用可能为受体后效应。
Numbers of fasting insulin receptor of high and low affinity in erythrocyte membrane were lower than post-prandial insulin receptor.
红细胞膜高、低亲和力胰岛素受体数目餐前、餐后自身对照均明显下降。
High-density honeycomb network + nano science and technology + water affinity ultrafiltration membrane.
高密度蜂巢网+纳米科技材料+亲水超滤膜。
Serum pretreated with coupling affinity chromatography is better than membrane absorption.
亲和偶联预处理血清的效果好于膜吸收的效果。
In plant roots AMT-type ammonium transporters have been demonstrated to mediate high-affinity ammonium uptake across the plasma membrane.
铵转运蛋白(AMT)介导的高亲和力铵跨膜运输是植物根系吸收铵态氮的主要途径。
The protein vehicle is characterized by a membrane-targeting peptide and a trans-membrane segment separated by a cytoplasmic amino acid sequence that includes a cytoplasmic affinity-binding domain.
所述蛋白运载体的特征是被包含细胞质亲和结合结构域的细胞质氨基酸序列分隔的膜靶向肽和跨膜区段。
The protein vehicle is characterized by a membrane-targeting peptide and a trans-membrane segment separated by a cytoplasmic amino acid sequence that includes a cytoplasmic affinity-binding domain.
所述蛋白运载体的特征是被包含细胞质亲和结合结构域的细胞质氨基酸序列分隔的膜靶向肽和跨膜区段。
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