生物技术的

Course of Antecedence: Introduction of Modern Biotechnology, Principles of Gene Engineering

课程内容：生物工程--酶工程、基因工程、细胞工程和发酵工程的基本原理；污染治理生物技术；污染预防生物技术；生物技术与能源；废物资源化生物技术；环境生物监测与安全性评价等。

GEN is the source for news on biotechnology, bioregulation, bioprocess, bioresearch and technology transfer. In addition to news and feature articles, each issue of GEN includes BioProcess Tutorials, New Products, Wall Street Biobeat, Clinical Trials Update, Collaborations and Agreements, University Gene Beat, People, Calendar and Biotechnology on the World Wide Web.

同时基因工程新闻网也是生物技术，生物调控，生物处理，生物研究和生物技术转化类新闻的主要提供者，其它还包括生物加工指南，新产品，临床试验最新信息，合作与交流，以及互联网上人及生物技术类信息。

Zymosis equipment manufacturing base and zymosis backward positions equipment manufacturing base were established in Changzhou and Shanghai,also includes some long term cooperation base of famous biological engineering automation manufactures and bological engieering cooperation equipment manufactures such as Honeywell,Mettler-Toledo.Hamiliton,Panasonic,SEW,Siemens,Taiwan Fusheng,Gemu,Domnick hunter,Changzhou FanQun Desication ,Changzhou No.2 ChemicalMachinery Manufacture CO.,LTD and Hangzhou Xing yuan etc..

三高生物针对我国生物工程产业才刚刚起步，尚未建立起从"生物技术、生物工程设计、生物工程设备制造，到生物工程生产线建设和工艺调试"完整的工业体系，目前各企业都只能够提供单一品种服务的现实局面，在国内率先将国家推广多年的产学研模式，进一步上升到"三高生物制造链"模式，形成以常州三高生物公司"生物技术与生物工程设备一体化服务"为龙头，以国内众多著名院所基础技术支撑，在常州、上海建立了液体发酵设备制造基地以及发酵下游设备生产基地，以及包括美国Honeywell、瑞士Mettler-Toledo、新加坡EUTECH、日本Panasonic、德国Hansen、德国SIEMENS、台湾复盛、德国GEMU、英国domnick hunter、常州范群干燥、杭州兴源等在内的国内外著名生物工程自动化仪表和生物工程配套设备制造商为长期配套基地。

The journal publishes original research and review articles on all aspects of biomagnetic research and technology, including Study of biological, medical, environmental and related systems and processes involving magnetic nano- and microstructures, and paramagnetic molecules; study of the effects of magnetic fields to biosystems; construction of magnetic biocompatible, biodegradable and biomimetic systems; application of basic biomagnetic research in biosciences, biotechnology, environmental technology and related areas.

杂志刊载生物磁性研究和技术所有方面的原始研究和评论文章，包括生物学，医学，环境和相关系统和过程，涉及磁性纳米和微结构，和顺磁性分子的研究；磁场对生物系统影响的研究；生物适应，生物降解和生物模拟磁性的建立；基础生物磁性研究在生物科学，生物技术，环境技术和相关领域中的应用。

From Brooklyn Skeptic: 1）来自布鲁克林的怀疑人士, Thank you CASFS Blog:感谢CASFS博客: A small California biotech company,Epicyte, in 2001 announced the development of genetically engineered corn which contained a spermicide which made the semen of men who ate it sterile.

加利福尼亚州的一家小型生物技术公司Epicyte，于2001年宣布研发出一种含有携带杀精剂的转基因玉米，能导致男性食用后产生不育的精液。

Owing to the improvement of the biological technique, the unprecedented progress to the research of the muscular contraction property under different biochemistry conditions and the mechanism of the flagella and cilia"s bending have been made. This paper is proposed to study the change of the ATP"s concentration in the process of muscle contraction and the characteristics of the flagellar beating.

由于近年来生物技术的不断提高，使得对肌肉在各种生化状态下收缩性质、鞭毛和纤毛的拍击机制的研究取得了较大进展，本文拟对肌肉收缩过程中ATP浓度变化规律和鞭毛拍击的特征做一些理论研究。

Domestic and overseas entomologist has showed that different molecular marker methods for molecular identification of Trichogramma species. However, each of molecular marker methods previously has own deficiency, and molecular marker genes used in Trichogramma species identification almost is ribosomal DNA, study about mitochomadrial DNA in Trichogramma spp. is infrequent.

近年来，随着分子生物技术的发展，国内外研究者曾用不同分子标记方法来进行赤眼蜂蜂种的分子鉴别，然而每种分子标记都有自己的不足，且赤眼蜂分子鉴定中用于序列分析的标记基因基本上为核糖体核糖核酸基因，而有关线粒体DNA的研究却鲜有报道。

Knowledge of these processes is crucial in the understanding of the tolerance to improve plants of biotechnological interest.

利用植物修复镉污染的环境是当今环境学和生物学研究的热点之一，但由于缺乏对植物对镉耐性机制的了解，目前这种绿色生物技术的应用受到了很大限制。

With the development of modern biotechnology, the unique absorption, high activity and diversity of polypeptides arouse people\'s interest in application, demonstrated its tremendous value.

随着现代生物技术的发展，多肽物质以其独特的吸收机制和极强的活性及多样性成为国内外研究的热点，显示了其巨大的应用价值。

Cotton grown in the US last year were the product of biotechnology, according to the Department of Agriculture.

根据农业部的统计，美国去年所种植玉米的1／3，大豆和棉花的一半以上都是生物技术的产物。

Do you know, i need you to come back

你知道吗，我需要你回来

Yang yinshu、Wang xiangsheng、Li decang,The first discovery of haemaphysalis conicinna.

1〕 杨银书，王祥生，李德昌。安徽省首次发现嗜群血蜱。