已酰化壳聚糖膜具有良好的血液相容性。
N-Hexanoylchitisan membrane has the best blood compatibility.
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.
钛酸钾涂层的血液相容性更优于钛合金合金。
In all the potassium titanate coating blood-compatibility surpasses the titanium alloy.
此外，还讨论了聚氨酯结构与血液相容性的关系。
Additionally, the relationship between the structure and blood compatibility is discussed.
金红石型氧化钛薄膜具有与热解碳相当的血液相容性。
The rutile Ti-O film has the similar blood compatibility compared with the low temperature isotropic pyrolytic carbon.
掺磷DLC膜电阻率小，还可以明显提高其血液相容性；
Phosphorus doped DLC films have good blood compatibility and low resistivity.
探讨了戊二醛及肝素钠两者用量对肝素化程度及血液相容性的影响。
The influence of the amounts of the added heparin sodium and glutaraldehyde on degree of heparinization and blood compatibility are discussed.
血液相容性实验和细胞黏附实验表明前者生物相容性不佳，后者良好。
The blood compatibility and cell compatibility experiments disclose the latter porous calcium metaphosphate glass ceramics have good biological compatibility.
支架的血液相容性极为重要，它直接影响血液系统中是否会出现血栓。
Intravascular stands haemocompatibility is very important because it directly influences the occurrence of thrombogenesis in blood system.
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.
采取新鲜兔血，通过溶血实验和血小板黏附实验，研究材料的血液相容性。
The blood compatibility of material was studied in rabbit blood by hemolysis test and platelet adhesion experiment.
研究表明，氧化钛薄膜具有宽禁带的半导体特性，血液相容性优于热解碳。
The The results indicate that titanium oxide films have wide band gap and better blood-compatibility than LTIC.
通过溶血试验和动态凝血试验来对改性前后聚氨酯膜的血液相容性进行评价。
The hemocompatibility of modified PU films was evaluated using hemolysis test and the dynamic blood clotting test.
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.
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.
L 929细胞增殖有抑制作用，血液相容性与不同的分散剂和纳米粒子浓度有关。
Hydroxyapatite nanoparticles inhibit L929 cell proliferation and blood compatibility have some related with different dispersants and concentrations.
这种装置的材料血液相容性优良，血室形态、结构设计合理，制作工艺和质量控制严格。
The device is distinguished by excellent polyurethane material, reasonable blood chamber shape, and advanced fabrication process.
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.
术后监测血液相容性和血流动力学指标，并定期随访和检查是否有与瓣膜相关的并发症发生。
Blood consistency and hemodynamics were monitored. Follow-up was carried out routinely to check whether there were valve-related complications.
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.
可以认为，在保持边界条件一致的情况下，流线型的叶轮血泵具有较好的血液相容性和抗血栓形成性能。
It is concluded that in same boundary conditions blood pumps based on stream-lined design have better blood compatibility and anti-thrombogenicity.
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.
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.
本论文是通过化学接枝的方法，用聚乙二醇及其衍生物对聚氨酯表面进行修饰，研究改性前后聚氨酯表面的血液相容性。
In this study, the surfaces of polyurethane films were modified by poly (ethylene glycol) (PEG) and PEG-derivatives, and blood compatibility of resulting surfaces was investigated.
抗凝血性能测试结果表明，改性后薄膜的凝血因子APTT、PT、TT时间显著提高，血液相容性得到了明显的提高。
The anticoagulant test results show that the APTT, PT, TT of modification PVC films increase obviously. As a result, the blood compatibility of PVC films is improved greatly.
目的探讨体外循环系统聚氯乙烯材料表面共价结合肝素的方法，并对肝素化后聚氯乙烯材料的血液相容性及稳定性进行评估。
AIM to explore a novel method to immobilize heparin onto the polyvinyl chloride (PVC) surface used for cardiopulmonary bypass system and to evaluate its blood-compatibility and stability.
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.
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.
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