生物辨识系统的制造商与业者应该谨慎检查他们产品与系统对于人造复制特征的安全性。
Manufacturers and vendors of biometric systems should carefully examine security of their system against artificial clones.
有些人甚至想远离进化制造的生物系统，使用一些自然生物中没有的化合物来创造生命。
Some people want to go beyond the toolkit that evolution has provided and create biological systems that work with a chemistry that is not found in natural living things.
本文介绍三类制备型层析系统，分别用在新药开发和制造领域中纯化生物性分子和药物有效成分。
This article introduces three kinds of preparative chromatography used in purifying bio molecules and active ingredient pharmaceutical compounds for drug discovery and manufacture.
应用自体细胞和生物可降解支架材料，已经制造出组织工程肺动脉瓣膜和肺动脉，但在主动脉系统中的研究少有报道。
With autologous cells and biodegradable copolymer scaffold, some laboratory had been created autologous pulmonary valve leaflets and pulmonary artery, but seldom successful reports in aortic systemic.
生物工程是应用生物有机体，生物系统或生物过程来制造工业产品的学科。
Biotechnology has been defined as a subject that USES biological organism, systems or processes to manufacture industrial products.
该系统是根据以及获得专利技术设计制造的，包括使用可生物吸收聚合体材料制造的可重复使用的工具和固定植入体。
The system is based on patented technology comprising reusable instruments and a fixation implant manufactured from both bioabsorbable and polymer materials.
三角生物系统公司是一个高技术硬件开发企业，致力于应用在大脑刺激和监测系统上的有线和无线微小电子器件的开发和制造。
Triangle BioSystems, as a developer of hardware technology and manufacturer of miniature devices, supplies brain stimulation and monitoring systems in tethered and wireless application packages.
电化学驱动器在微电子制造系统(MEMS)和生物医疗领域都有广泛的应用前景。
Electrochemical actuators have promising potential applications in the fields of micro-electromechanical systems (MEMS) and biomechanical biomedicine.
本文系统介绍了磁控螺旋形微纳米机器人的制造方法、运动控制和生物医学应用。
This review provides general information on magnetic helical micro/nanorobots, including their fabrication, motion control, and further functionalization for biomedical applications.
并根据以上原理设计制造了专门用于生物反应器中多尺度问题研究的实验室FUS-50L（A）新概念发酵罐，并研制了中试与生产规模数据采集系统。
The 50 L novel bioreactor named as FUS 50L(A) was designed and the data acquisition system for both pilot and production scales was developed according to the proposed principle.
并根据以上原理设计制造了专门用于生物反应器中多尺度问题研究的实验室FUS-50L（A）新概念发酵罐，并研制了中试与生产规模数据采集系统。
The 50 L novel bioreactor named as FUS 50L(A) was designed and the data acquisition system for both pilot and production scales was developed according to the proposed principle.
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