1.
Crosslinking Hemoglobin with Ethylene Glycol Diglycidyl Ether for Preparation of a Red Blood Cell Substitute;
EGDE交联血红蛋白制备红细胞代用品
2.
Objective To establish the methods of chromatography for analyzing hemoglobin-based erythrocyte substitute.
目的建立血红蛋白类红细胞代用品的色谱分析方法。
3.
Study on Polyethylene Glycol(PEG)-Conjugation of Various Hemoglobin as Novel Blood Substitutes;
聚乙二醇修饰血红蛋白制备红细胞代用品的研究
4.
Study of Bovine Hemoglobin Modified by PEG as a Red Blood Cell Substitute;
聚乙二醇修饰牛血红蛋白作为红细胞代用品的初步研究
5.
On the Modified Process of Human Hemoglobin Based Blood Substitutes
以人血红蛋白为基础的红细胞代用品修饰工艺的研究
6.
Conclusion Chromatography is suitable for the analysis of physicochemi-cal property of hemoglobin- based erythrocyte substitute.
结论色谱分析方法是进行血红蛋白类红细胞代用品理化性质分析的适宜方法。
7.
Research on Prerequisite for Using Bovine Hemoglobin Modified by Polyethylene Glycol as a Red Blood Cell Substitute
聚乙二醇琥珀酰亚胺酯修饰牛血红蛋白作为红细胞代用品的条件研究
8.
Raw hemoglobin extracted from red blood cells cannot be used as a blood substitute, however.
然而，从血红细胞中提取的血红蛋白粗品不能用作血液的替代品。
9.
Therefore, the present approach for making blood substitutes is to use hemoglobin extracted from red blood cells.
因此，目前制备血液替代品的方法是利用从血红细胞中提取血红蛋白。
10.
Even in those second-generation substitutes, the hemoglobin molecules will not be protected by a red blood cell membrane.
即使在第二代血液替代品中，血红蛋白分子也没有血红细胞膜来保护。
11.
Results: (1) This pill has the absorption of erythrocyte and blood clot of itself.
结果 :(1)本品具有促羊红细胞与自身血块的吸收作用。
12.
The Experimental Research on Methylprednisolone and Erythropoietin in Combination on Astrocytes in Vitro
甲基强的松龙与促红细胞生成素联合应用对原代星形胶质细胞作用的研究
13.
Role of ERK in the Signaling of Ce～(4+)-Induced Secondary Metabolism of T. Cuspidata Cells;
ERK在Ce～（4+）诱导红豆杉细胞次生代谢过程中的信号转导作用
14.
Growth and Secondary Metabolite Expression of Taxus chinensis in Suspension Cultures in Magnetic Fields;
磁场作用下南方红豆杉细胞生长和次级代谢表达研究
15.
FDP Improves Energy Metabolism of Exercise-induced Fatigue Erythrocyte
FDP改善运动疲劳红细胞能量代谢
16.
Detection of erythrocyte associated immunoglobulin by flow cytometry
流式细胞术检测红细胞相关抗体及临床应用
17.
Effect of Erythrocyte CD44s on the Immune Adherence to Gastric Cancer Cell
红细胞膜CD44s对免疫黏附胃癌细胞作用的研究
18.
All the above modifications also result in blood substitutes that have a greater ability to release oxygen to the tissues than do red blood cells.
所有以上的修改，也使血液替代品释放氧气给组织的能力比血红细胞大得多。