| 1. | Generally bioactive glasses are highly biocompatible
通常生物活性玻璃都是高度生物相容的。 |
| 2. | We found zns - zn2 + and cus - cu2 + nanoparticles are water - soluble and biocompatible
改善了纳米粒子的水溶性，并使其能与生物大分子作用。 |
| 3. | It is biocompatible , meaning that it does not provoke the body ' s immune system
褐藻酸盐具有生物相容性，意味它不会刺激人体的免疫系统。 |
| 4. | Medical - - improved drug and gene delivery , biocompatible materials for implants and nanoscale sensors for detection of disease
医疗? ?改进药品和基因的传输，提供移植和探测疾病的纳米级传感器上使用的生物兼容的材料。 |
| 5. | Biocompatible encapsulation materials and stimulation interfaces , however , need further refinement before a high - fidelity prosthesis becomes a reality , maybe by 2010
然而，要制造出高真实度的人工视网膜，生物相容性包埋物质以及刺激界面都还需要进一步改良，或许到2010年就能达到这个目标。 |
| 6. | The gms is a tiny , ultra - thin , biocompatible 24 - karat gold implant containing microtubular channels that are designed to drain fluid from the anterior chamber of the eye to the suprachoroidal space , reducing iop
Gms是微小的，超薄的，生物相容性的24克拉金植入片，其设计含有微管能从眼前房到脉络膜周隙排出液体来降低眼压。 |
| 7. | Chitin and chitosan have been proved to be nontoxic , biodegradable , and biocompatible and are known to have various biological activities including antitumor activity , antimicrobial activity , antifunga ) activity , immune - enhancing effects
壳聚糖是几丁质不完全脱乙酰的产物。几丁质和壳寡糖具有多种生物效应，包括抑瘤、抗菌和免疫增强等。 |
| 8. | Methods using biocompatible alginate as microsphere material and hemoglobin as drug model , protein - loaded microspheres were prepared by an improved technology based on electrostatic droplet generation via designing components of gelation solution
方法以生物相容性优良的海藻酸盐为载体材料，以血红蛋白为药物模型，通过设计凝胶浴配方，采用静电液滴形成工艺制备包封蛋白质药物的微球载体。 |
| 9. | The experiments show that nacre , a type of natural nano - bioceramic material , when used as bone implant for reconstruction of bone defects , is not only biocompatible and biodegradable , but also osteoconductive and osteoinductive
本文根据国外文献有关利用珍珠层作为骨植入材料的研究报道，就珍珠层的生物相容性和可降解性，及其所具有的骨诱导和骨传导作用的动物临床实验结果，进行了综合分析和论述。 |
| 10. | This review focuses on the potential of nanobiomaterials including biocompatible surface , tissue engineering and regenerative materials , new drug / gene delivery system and bioanalysis system , with an attempt to explore their possible applications in clinical practice
本文主要针对纳米生物医用材料在生物相容性界面、组织再生修复、基因和药物传递及生物诊断上的应用进行评述，并探讨纳米生物医用材料的发展前景。 |
