微生物工程

《微生物工程》CAI课件的研制与教学实践

Development and Practice of CAI Courseware for Microbial Engineering

《微生物工程》课程教学探索与改革

Research and Teaching Reform of " Microbial Engineering " Course

本论文主要研究了离子束介导质粒pUC18转化E.coli以及甘油保护对低能离子注入E.coli存活的影响，另外对离子束微生物工程实验方法进行了建设性的改进。

The article mainly studied three aspects : The effect of Glycerol on survival of E. coli implanted by low energy ion beam , transferring the E. coli induced by Ion beam , and constructive improvement in the methods of ion-beam microbe technology .

一种新的微生物工程数学模型及建模方法

A New Mathematic Model of Microbiol Engineering and Its Model Constitution Method

本文从基因工程、微生物工程、细胞工程等方面综述了生物技术在动物营养应用研究方面情况。

This paper reviewed the application of biotechnology in animal nutrition from the aspects of gene project , microorganism project and cell project .

便是微生物工程、组织工程、机器人工程所导向的复苏。

That 's where the ability to engineer microbes , the ability to engineer tissues , and the ability to engineer robots begin to lead to a reboot .

现代生物技术是一个复杂的技术群，包括基因工程、细胞工程、微生物工程、酶（蛋白质）工程等4大工程技术。

Modern biotechnology is a complex technology cluster encompassing four areas of engineering techniques , i.e. , genetic engineering , cell engineering , microbial engineering , enzyme ( protein ) engineering .

对利用生物技术方法生产天然香料香精进行了详尽的描述，包括基因工程技术、植物细胞工程技术、酶工程技术和微生物工程技术等在天然香料香精生产中的应用情况。

The biotechnological methods for the production of natural flavor & fragrance were reviewed , including the application of gene engineering , plant cell engineering , enzyme engineering and microbe engineering .

21世纪人类将广泛应用基因工程、酶工程、微生物工程、信息化学及生态工程等一系列生物技术来服务于农业生产，从而形成一场新的农业技术革命。

In the next century , the gene engineering , enzyme engineering microorganism engineering , information chemistry and ecological engineering as well as the other biological technologies will be widely applied in agriculture .

利用设计的微生物工程数据处理与建模软件包，对细菌生长的全过程进行了研究，提出了一种新的数学模型，并给出了相应的建模方法。

By using data processing and model constitution software package in microbiol engineering , all the procedures of bacterial growing are approached to present a new mathematic model and its model constitution method .

利用现代科技微生物工程技术，进一步改善浓香型白酒制曲、酿酒发酵的微生物生态环境，从而保持和提高浓香型白酒的风格和质量；

The utilization of modern microbial engineering techniques was expected to improve successfully the microbial biology circumstances for Daqu-making and fermentation of Luzhou-flavor liquor so that the preservation of liquor styles and improvement of liquor qualities could be achieved .

重钢焦化废水处理系统采用了HSB高效微生物环保工程技术。

HSB high-efficient microorganism environmental protection engineering technology is adopted in the coking waste water treatment system of Chongqing Iron and Steel Company .

微生物代谢工程：绘制细胞工厂的蓝图

Microbial metabolic engineering : gateway to develop blueprints for cell factories

微生物发酵工程是生物工程和现代生物技术及其产业化的基础。

Microorganism fermentation engineering is the foundation of bioengineering and biotechnology .

浓香型大曲酒微生物生态工程的构想

Conception of Microbial Biology Project of Luzhou-flavor Daqu Liquor

强化微生物发酵工程实践教学培养学生创新能力

Intensifying Practice Education to Cultivate Students ' Innovative Capability

微生物发酵工程是一个具有高度非线性、时变性和迟滞性的生化反应过程，其内在机理非常复杂。

Microorganism fermentation engineering is a complex biochemical reaction process which has high nonlinear , time-varying and hysteretic , and which internal mechanism is very complicated .

微生物发酵工程是生物技术的重要组成部分，其应用遍及化学工业、农业、食品工业、医药工业以及能源等国民经济行业的各个领域。

As an important part of biotechnology , microbial fermentation engineering is used in most areas of the national economy such as chemical industry , agriculture , food industry , pharmaceutical industry and energy sectors .

细菌代谢产物的研究与应用是微生物生物工程的重要组成部分，微生物及其代谢产物在促进畜体生长和增强机体免疫力的研究上也日益受到重视。

The study and application of bacterium metabolites is one of the most important part of Microbe Engineering , and the study on bacterium and its metabolites for growth promoting and immunity enhancing has got more and more recognition .

微生物细胞表面工程具有广阔的应用前景，但是国内对这一领域的研究刚起步。

But in our county , the microbe cell-surface engineering is studied just now .

重要工业微生物的代谢工程。

Metabolic engineering of important industrial microbes .

海洋微生物宏基因组工程进展与展望

Marine microbial metagenomics : progress and prospect

主要使用于生物、医学、微生物、基因工程等领域的细胞培养。

Their are mainly used for cell breed in the field of biology , physic , animalcule , and gene .

微生物细胞表面工程可用于细胞催化剂、细胞吸附剂、活疫苗、生物传感器的开发等。

I t can be utilized to develop cell-catalyst , cell-adsorbent , live vaccine , biosensor and so on , and have a wide application perspective .

在介绍了细胞表面工程的基础上，对微生物细胞表面工程技术进展进行了综述，并对该技术的发展给予展望。

This review explain the development of the microbe cell surface engineering , overview the study and progress of microbe cell-surface engineering , and look this technology into the future .

微生物细胞表面工程是近年来发展起来的，它利用细胞表面展示技术使外源蛋白固定化于细胞表面，从而生产微生物细胞表面蛋白。

Microbe cell-surface engineering , which use the microbe cell surface display technology to display foreign proteins on the microbe cell surface to produce cell-surface proteins , was developed in recent years .

通过实例，简要介绍了河道底部生物处理修复工程、河道旁侧生物处理修复工程、河道内曝气和高效微生物处理修复工程等河流生物修复技术；

River biological recovery technologies is made , such as biological treatment of river channel bottom , biological treatment of sides of river channel , aeration in river channel and high-efficient microorganism treatment .

最后为直接植被法的有效应用，提出了结合综合生态工程、共生微生物和基因工程等同时进行复垦的尝试，为矿业废弃地的复垦工作提供理论依据和实践经验。

Some other related biological and technological items were also discussed , such as applications of comprehensive ecological-engineering , symbiotic microorganism and gene engineering , which would provide theory basis and practical experience for reclamation on mining wasteland .

芳香烃化合物的微生物降解及基因工程菌的构建

Biodegradation of Aromatic Compounds and Construction of Genetically Engineered Bacterium for Aromatic Compounds Biodegradation

固定化微生物技术作为生物工程领域中一项新兴的技术，已经得到了日益广泛的研究和应用。

Immobilization of microorganisms has been widely used in the researches and applications as a new kind of technology in the engineering fields .