BIOMATERIALS
- 网络生物材料；生医材料；生物材料学
BIOMATERIALSBIOMATERIALS
生物材料
所谓生物材料(Biomaterials)是指在生理环境中使用的高分子材料,是对生物体进行诊 断、治疗和置换损坏的组织、器官或增进其 …
生医材料
生医材料（biomaterials）是指用在生物体，并与生物体组成分相接触而发挥机能之材料。这些材料有些是高分子聚合物、金属 …
生物材料学
生物工程学 - 维基百科，自由的百科全书 ... 生物力学（ Biomechanics） 生物材料学（ Biomaterials） 合成生物学（ Synthetic …
生物材料期刊
研究成果已发表于今年10月〝生物材料期刊（Biomaterials）〞，如果一切顺利，预计2到3年后可展开下1阶段试验。研究团队 …
生物医学材料
生物医学材料（biomaterials）是指用在生物体，并与生物体组成分相接触而发挥机能之材料。这些材料有些是高分子聚合物、 …
生物材料专业
生物材料专业（Biomaterials）申请总结 (2009-11-20 21:6:8)说说申请的真心话 (2009-11-19 23:37:4) 心理学专业申请经验分享 …
生物材料方向
欧洲留学资讯网... ... 1. Human rights 人权法专业 2. Biomaterials 生物材料方向 1. Change Management 变革管理 ...
生物医用材料
生物医用金属材料,Biomedical metallic... ... ) Biomedical materials 生物医用材料 ) biomaterials 生物医用材料 ...
1
And you see that it is injured. We basically found out that you can use these smart biomaterials, that you can actually use as a bridge.
你看它已经受伤基本上，我们发现你可以使用那些智能材料（在受伤的地方）作为桥梁。
2
BACKGROUND: So far, there isn't any set of evaluation system and animal models on medical devices or biomaterials' immunotoxicity.
背景：目前，关于医疗器械或生物材料免疫毒性的评价体系及相应的评价方法、有效的动物模型研究较少。
3
The surface study of polymer thin film is driven by the development of next generation of microelectronic devices and biomaterials.
新型微电子器件和生物材料的开发驱动了对二维高分子簿膜表面相分离的研究。
4
As one of the newest biomaterials, bacterial cellulose is turning to be the hotspot .
细菌纤维素作为一种新型的生物材料，逐渐成为近年来的研究热点。
5
Biocompatibility has always been the focal point in the study of biomaterials applied to medical apparatus.
生物相容性一直是生物材料应用于医疗器械的重点研究内容。
6
To exploit qualities of these print biomaterials well, it agrees to manage correctly the parameters of their application.
为了利用这些生物材料印刷质量好，管理正确同意其申请的参数。
7
Biomaterials must not produce toxic substances and must be compatible with body tissues.
生物材料不能产生毒性，并且不许与人体组织互相兼容。
8
In recent years, a variety of biomaterials have been employed in this procedure and scored manifold results in biological basic research.
近年来胆道引流支撑管（架）使用的生物材料日趋多样化，相关的生物学基础研究成果颇丰。
9
abstract: BACKGROUND: Implantation of biomaterials can induce infection, resulting in implant loosening, shedding, even bacteremia.
背景：生物材料植入人体后，往往会发生感染引起植入物松动、脱落甚至造成菌血症。
10
It is well known that biomaterials play an important role in the regulation of adhesion and growth of a variety of cultured cell types.
众所周知生物材料对于调节许多培养细胞的黏附与生长具有重要的作用。
11
The cracks of biomaterials during cryopreservation are observed. The material lacuna is substitute by the prefabricating cracks.
观察了生物材料冻存前后裂纹情况，用预制裂纹模拟缺陷。
12
Improving mechanics performance of biomaterials as implants requires bioactive fiber for reinforcing composition.
生物材料为改善其作为植入体的力学性能需要生物活性纤维增强。
13
Composite biomaterials had better mechanical properties and suitable decomposable capability.
制备的复合材料有着较高的力学性能和合适的降解性能。
14
Biomaterials are likely to have an increasingly important role in the treatment of nervous system disorders.
生物材料有可能对在神经系统疾病的治疗作用日益重要。
15
Conclusion Biomaterials is a very hot subject, but there is still no perfect material for prost . . .
研制具有机械强度高、生物相容性好的人工关节材料是发展方向。
16
So the dense hydroxyapatite bioceramics or hydroxyapatite-based biomaterials with high mechanical strength are expected.
所以力学性能高的致密羟基磷灰石陶瓷或羟基磷灰石基生物材料是我们所期望获得的。
17
The new crosslinked chitosan films are expected to be used as controllable degradation biomaterials.
该交联膜有望用作可控降解生物医用材料。
18
If at all possible we really would like to use smart biomaterials that we can just take off the shelf and regenerate your organs.
如果都可能的话我们希望使用智能生物材料。我们只需从架子上取下来一个智能材料，就能重造你的器官。
19
Performances of Biodegradable Biomaterials for Tissue Engineering .
组织工程用生物降解材料特性。
20
She also designs and synthesizes polymer biomaterials for tissue engineering and controlled-release drug delivery.
她同时还设计并合成生物聚合物材质，供组织工程学和受控释药递送系统使用。
21
Therefore, the prevention of bacterial adhesion to the biomaterials plays a crucial role in the cure of biomaterial center infection.
因此，防止生物材料细菌黏附是防治生物材料为中心感染的重要环节。
22
Scientists in Germany who study biomaterials have now figured out how the beetle does it.
在德国研究生物材料的科学家们现在已经弄明白了甲虫是怎样做的。
23
Besides, in 1999 he was elected as a member of International Union of Societies for Biomaterials Science and Engineering.
1999年，当选为国际生物材料科学与工程学会会员…
24
Collagen is taken as one of the most useful biomaterials.
胶原现已被视为最有用途的生物材料。
25
In this article, we review several native biomaterials about its study and application in skin tissue engineering.
本文就几种的天然生物材料在皮肤组织工程中的研究和应用作一综述。
26
It is considered that biomaterials favorable for cell growth and attachment will develop the research in tissue engineered tendon.
指出有利于细胞生长与粘附的生物材料的研制必将推动组织工程化肌腱的研究。
27
OBJECTIVE: To review and prospect the evaluation method of biomaterials on biocompatibility.
目的：对生物材料生物相容性的评价方法进行回顾和展望。
28
In addition, some research methods of information technology and engineering theory have also been introduced in researching biomaterials.
一些信息技术和工程理论的研究方法也被引入生物材料的研究方法中。
29
We use three-dimensional imagining analysis, but we actually created these biomaterials by hand.
我们可以用三维图像系统描图，然后用手工制作。
30
Third-generation biomaterials possess two properties: degradation and bioactivity , and it can help the body heal itself once implanted.
认为第三代生物材料应兼具生物活性和降解两种性能，在植入体内后可促进机体的再生能力，从而达到治疗效果。