目的研究组织工程化喉支架软骨的构建方法。
Objective To explore the method of fabricating tissue engineered laryngeal cartilage.
构建组织工程化血管就必然涉及血管支架的预制。
The prefabrication of vascular scaffold will be involved in engineering a blood vessel substitute.
当一个公司充斥着工程师，它就工程化的去解决问题。
When a company is filled with engineers, it turns to engineering to solve problems.
通过荧光显微镜可直接观察组织工程化肌腱上的细胞。
We could also observe the cells on the tissue engineered tendons by fluorescence image directly.
目的为培养组织工程化血管的实验研究提供细胞来源。
Objective To provide cells resource for experimental study on vascular tissue engineering.
该仪器已经工程化，正为激光陀螺的研制、生产服务。
This instrument reaches the standard of engineering, it has been serving on the research and production of laser gyro.
在工程化的制造企业中的人们更加关心商业是毫不疑问的。
There's no question that people in the engineering shop will be much savvier about business.
为组织工程化骨的血管神经化研究提供了一种新的方法。
And it providing a new method for the investigation of vascularization and neurotization of bone tissue engineering.
在代码被反向工程化之后，会自动为活动组件添加以代码中心的设置。
Code-centric Settings are automatically added for the active component after code is reverse-engineered.
它的重点在于评估实验室评估工程化心血管结构的不同平台。
Its focus is to evaluate different platforms for engineering cardiovascular structures in the laboratory.
结论应用生物反应器可构建具有良好弹性的组织工程化血管。
Conclusion Blood vessel with good elasticity can be constructed in a bioreactor using tissue engineering approach.
目的探讨应用同种异体组织工程化软骨修复软骨缺损的可行性。
Objective To investigate of the feasibility of using homograft of tissue engineering cartilage for the repair of cartilage defects.
目的探讨壳聚糖管和生物蛋白胶作为工程化血管支架的可行性。
ObjectiveTo investigate the feasibility of construction of engineered blood vessel using chitosan tube and fibrin gel as scaffold.
但是，在以工程化的蛋白为基础的疗法的设计和干预方面仍然存在大的障碍。
But there are still major limitations on the design and implementation of engineered protein-based therapies.
在转换过程中，正如XML文件已经被反向工程化一样，SA模型被串行化。
In the transformation process, SA models serialized as proprietary XML files have been reversed engineered.
介绍了察尔汗盐湖氯化镁资源的开发及工程化试验，并提出建议。
Introduction of magnesium chloride resources development and engineering tests in Salt Lake of Chaerhan and make recommendations.
该方法对丰富汽车造型设计和车灯设计、促进其工程化很有意义。
This method is of importance to enrich the automotive modeling design and headlamp design.
另外，本文还讨论了新型喷管设计理论、思路和工程化等相关问题。
Furthermore, some related topics about nozzles design and engineering also have been discussed.
目的探讨组织工程化胶原神经导管的构建及对外周神经缺损的修复。
Objective To investigate the construction of tissue engineering collagen nerve conduits and repair peripheral nerve defects.
Sharklet是一种仅通过图案设计就能防止细菌生长的工程化表面结构。
Sharklet is an engineered surface that, through pattern alone, inhibits bacterial growth.
国际化是在产品需要适应不同地区的前提指导下而进行的一种设计和工程化方法。
Internationalization is a design and engineering approach that anticipates the need to adapt a product for different regions.
结论：旋转式细胞培养系统是体外快速构建组织工程化骨的理想方法。
Conclusion: RCCS may be an ideal method for rapid construction of tissue engineered bone in vitro.
最后，论文从可靠性和安全性两个角度探讨了系统的工程化实现问题。
Finally, this paper discusses the reliability and security to introduce the problem of EPS's engineering realization.
数据库设计方法学的成熟与完善，将使这一过程交得更加系统化、工程化。
Perfect and mature methodology for data base design can make the process more systematizing and engineering.
为实现具有工程化特征的数字成图生产工艺奠定完备的分类参数模型基础。
It also lays a complete foundation for classifying parameter model in order to realize digital mapping technology with engineering feature.
图像分割是遥感和医学图像处理的基础技术之一，但是目前缺乏工程化通用算法。
Image segmentation is one of the basic technologies in remote sensing and medical image processing but it lacks current algorithm for engineering applications.
水约束层可以提高等离子体的压力和脉宽，已经成功应用于激光喷丸工程化加工。
Water confinement regime can enhance the amplitude and duration of plasma pressures, and was widely applied in laser peening.
结论：肌腱移植的材料主要有自体肌腱、同种异体肌腱、人工肌腱和组织工程化肌腱等。
CONCLUSION: Main materials of tendon transplant are as follows: autologous tendon, allogeneic tendon, artificial tendon and tissue engineered tendon.
结论：肌腱移植的材料主要有自体肌腱、同种异体肌腱、人工肌腱和组织工程化肌腱等。
CONCLUSION: Main materials of tendon transplant are as follows: autologous tendon, allogeneic tendon, artificial tendon and tissue engineered tendon.
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