本发明涉及仿生材料，具体涉及一种血液相容性生物材料及其制备方法。
The invention relates to a bionic material, in particular to a blood compatibility bionic material and a preparation method thereof.
抗凝血生物材料血液相容性研究表明：(1)肝素对维持血细胞及蛋白正常结构的功效显著。
The results of blood compatibility show that: (1) heparin can maintain the structures of hemocyte and plasma proteins.
主要介绍了目前国内外医用聚酯纤维生物相容性研究的进展，并介绍了评价材料血液相容性的方法。
The latest antithrombogenic developments of polyester fiber used in biomedical materials were summarized and some methods for testing the biocompatibility of the biomedical materials were introduced.
对血泵材料的血液相容性和生物组织相容性进行了分析，并且对目前常用生物材料的表面处理技术进行了比较。
The paper analyses blood compatibility and tissue compatibility of blood pump material and compares the surface treatment technology of the current commonly-used biomaterial.
生物相容性一般是指材料与宿主之间的相容性，包括组织相容性和血液相容性。
Generally, biocompatibility means the compatibility between materials and hosts, including tissue compatibility and blood compatibility.
方法：本实验应用急性毒性试验、亚急性毒性试验、血液相容性试验、肌肉刺激试验等，对骨生物衍生材料的组织相容性进行评价。
Methods: Biocompatibility of the natural bone derived material were investigated by the acute and subacute toxicity test, hemolysis and coagulation test and muscle stimulation test.
生物材料的表面内皮化可以明显改善材料的血液相容性，促进各种生物材料，尤其是心血管移植物的临床应用。
Endothelializaton can remarkably improve blood compatibility of biomaterials and promote their clinical application, especially the USES of cardiovascular grafts.
本文就生物材料的血液相容性进行了综述。
In this paper, the blood compatibility of biomaterials was summarized.
在生物材料表面上先接枝rgd，然后再在其上种植和培养内皮细胞，这是目前改善心血管材料血液相容性最好的方法之一。
RGD is connected onto the surface of biomaterials, followed by cultivating endothelial ceil, which is one of the best way in improving the blood compatibility of cardiovascular materials.
血液相容性是一个涉及血液和生物医学材料表面作用的复杂现象，影响因素繁多。
Haemacompatiblity is a complex phenomenon which touch on the interactions between blood and biomedical materials surface. There are lots of factors that influence the interactions.
血液相容性是一个涉及血液和生物医学材料表面作用的复杂现象，影响因素繁多。
Haemacompatiblity is a complex phenomenon which touch on the interactions between blood and biomedical materials surface. There are lots of factors that influence the interactions.
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