生物工程中的分离过程是一个重要的后处理操作单元。
Separation process is a very important unit operation of the downstream processing in biotechnology.
前言：作为一项系统工程，生物（医学）基础课实验教学示范中心在实践过程中，会面临各种确定或不确定因素的干扰，导致“示范中心”背离建立时的初衷。
As a system engineering, the biomedical experiment teaching demonstration center may face various kinds of certain or uncertain factors, and the center may even depart from the original intention.
分析讨论了工程上提高厌氧生物处理过程效率和稳定性的途径。
The approach to enhance efficiency and stability of anaerobic biological wastewater treatment in practice is analysed arid discussed.
在化工、生物及废水处理工程中，大量存在着的p H过程需要得到精确的控制。
In chemical engineering, bioengineering and waste-water treatment engineering, there are a large number of pH process that need to be precisely controlled.
应用生化过程、热力学和动力学等的工程学原理，用以分析、设计并改进利用生物催化剂的生产过程。
Biochemical processes, thermodynamics, and kinetics are used in the application of engineering principles to analyze, design, and develop processes using biocatalysts.
天然遗传工程的存在则表明，生物在进化过程中并不总是被动地承受选择，有时也会主动地改变自己的遗传结构以适应环境。
The natural genetic engineering showed that bacteria could restructure their genome to adapt to around environment sometimes instead of passively bearing natural selection.
本工作从生物质的原料特点、转化过程和产品工程关键问题入手，综合多学科知识，提出了生物基产品过程工程这一理念。
Based on cellulosic feedstock characteristic and key issues related to conversion process and product engineering, the concept of biobased product process engineering is proposed.
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.
深入研究复杂网络建模机理和演化过程，可以揭示隐藏在自然界、生物界、工程界和人类社会界中的复杂系统的共同规律。
The study of complex network model mechanism and evolution can reveal common law in nature, biology, engineering and human society.
结论一定设计的PGA无纺网在组织工程化软骨形成过程中适合其生物降解性要求。
Conclusion PGA fleece scaffold could be used as a proper biodegradable material for the formation of allogenic tissue engineered cartilage.
结论：通过系统分析人体三维造型过程，可以为医生与生物医学工程师理解此系统并高效地建立人体模型提供保证。
CONCLUSION Systems analysis of 3d modeling of human body can ensure doctors and clinical engineers understand and establish human body modeling effectively.
结论：通过系统分析人体三维造型过程，可以为医生与生物医学工程师理解此系统并高效地建立人体模型提供保证。
CONCLUSION Systems analysis of 3d modeling of human body can ensure doctors and clinical engineers understand and establish human body modeling effectively.
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