生物技术的

Through the autocriticism of our legislation and the lucubrating of the advanced legislation of the developed country, this article rise the precautionary principle, control principle, intervention principle, in principle, and responsibility principle as the basic principles of our biosafety legislation. Then improve our biosafety legislation system under the guidance of these principles.

首先，应当制定一部《生物安全法》作为框架性的生物安全管理法律；其次，制定各领域的生物安全专项管理法律，或对原有的有关法律进行补充；再次，提出制定转基因生物环境影响和安全评价、生物技术成果越境转移管理、转基因生物标签管理等方面的法律、法规，应对目前生物安全的主要问题，并对生物技术损害法律责任的承担和纠纷处理程序立法提出建议；最后，指出其他部门立法中有关生物安全方面应当进行的修改，包括知识产权法中的基因专利方面，民法中有关基因隐私权方面，刑法中的基因犯罪方面，等等。

Since foundation Gena has been devoting itself to centralizing the biotech platform to provide the breakthrough biotechnologies, revolutionary products, advanced service and overall solutions to its honorable customers.

深圳捷纳生物技术有限公司是由留美学者韩健博士在深圳创办的一家生物企业，致力于以生物技术平台为中心向客户提供领先的生物技术、产品、服务和全面解决方案。

With the development of biotechnique, medical and computer technique, and the changes of life, value, aesthetic, social and marriage concept, the phenomenon of "third gender" will express itself in coexistence of diverse constituents: namely, the coexistence of mainstream and branches, unitarity and multiplicity, tradition and modern, virtuality and reality, biological and psychological behaviors, etc.

未来趋势受生物技术、医药技术、计算机技术、纳米技术及生命观、价值观、审美观和心理定位、社会角色、婚姻家庭、环境因素的影响，具有主流和支流、传统和时新、单一和多样、渐变和突变、现实和虚拟、有性和无性、生物和心理、生物和社会共存共融的形态。

Venture capital as the tool that promots high-technology industry development,which plays avital role in sustaining new small and medium-sized enterprises,promoting high-technology industry development,enlarging employmen tmarket,optimizing resource arrangement,cultivating new economic increased point etc.,and it will be effective approach to settle shortage of capital in development of our country's agriculture biotechnology industry.

本文介绍了我国农业生物技术产业的发展现况，分析了农业生物技术产业风险投资的各种风险因素及引入风险投资对农业生物技术产业发展的必要性，并在借鉴国内外现有研究理论和实践经验的基础上，着重对我国农业生物技术产业风险投资项目评估方法和指标体系问题进行了探讨。

Biopreparatics introduce systematically history, achievement, technique and method of scientific and technological development of biological product.

生物制品学是生物制药、生物工程、生物技术专业的专业选修课，系统介绍了生物制品科学技术发展的历史、经济及成果，当代国内外生物技术产品发展的水平和最新成就，以及目前生物制品应用的新技术、新方法。

Biomedicine (preventive, therapeutic and diagnostic bio products), modern bio-agriculture (animal embryo transplantation, cultivation of TCM herbs, edible fungi, bio diesel oil and fuel ethanol), bio-medical engineering materials and products, environmental bioengineering and food biotech so as to achieve substantial progress in development of bio industry base centered with Chengdu.

继续强化生物医药（预防生物制品、治疗类生物制品、诊断类生物制品）、现代生物农业（动物胚胎移植、中药材种植、食用菌、生物柴油、燃料乙醇）、生物医学工程材料及制品、环境生物工程、食品生物技术等五大门类的技术创新和产业化，在以成都为核心的生物产业基地建设上取得实质进展。

The characteristics, status of production and application, developing prospects, technical headways and problems in industries of biological catalyst, biological plastic, biological pesticide, biological fertilizer, biological oil refining, biological environmental protection and traditional biochemicals were also discussed.

结合生物工程的发展趋势，概述了生物技术在石油化学工业的应用领域，探讨了生物催化剂、生物塑料、生物农药、生物化肥、生物炼油、生物环保及传统生化产品等行业的特点、生产应用状况、开发前景、技术进展及存在的问题。

This paper presented the latest advances in the application of biosensors monitoring for BOD、N、P、pathogens、pesticides and heavy metals in the aquiculture environment , and the problems with their applications in monitoring mariculture and reasons for the problems. Meanwhile , the novel technologies of genetically engineered microorganism , of molecular imprinting polymer and of real2time multi2analysis needed to improve the performance and to extend the application of biosensors for sea fishery , and to offer a prospect of biosensors to be combined with computer to allow online monitoring and control were demonstrated.

软件简介：论述了生物传感器在监测渔业环境中的BOD、N、P、病原体、农药和重金属等方面的国内外最新进展，分析了生物传感器在海洋渔业应用中存在的主要问题及原因，同时阐述了利用基因工程微生物技术、分子烙印技术、多成分实时分析技术等先进技术提高生物传感器的性能并扩大其在海洋渔业领域中的应用范围，在海洋渔业环境中为实现生物传感器与计算机在线自动监测与控制，开拓新的广阔前景。

This paper presented the latest advances in the application of biosensors monitoring for BOD、N、P、pathogens、pesticides and heavy metals in the aquiculture environment , and the problems with their applications in monitoring mariculture and reasons for the problems. Meanwhile , the novel technologies of genetically engineered microorganism , of molecular imprinting polymer and of real2time multi2analysis needed to improve the performance and to extend the application of biosensors for sea fishery , and to offer a prospect of biosensors to be combined with computer to allow online monitoring and control were demonstrated.

论述了生物传感器在监测渔业环境中的BOD、N、P、病原体、农药和重金属等方面的国内外最新进展，分析了生物传感器在海洋渔业应用中存在的主要问题及原因，同时阐述了利用基因工程微生物技术、分子烙印技术、多成分实时分析技术等先进技术提高生物传感器的性能并扩大其在海洋渔业领域中的应用范围，在海洋渔业环境中为实现生物传感器与计算机在线自动监测与控制，开拓新的广阔前景。

Biotechnological revolution has been brought about by the combination of industrial biocatalysis with pharmaceutical and agricultural technology.

医药生物技术和农业生物技术是前两次的生物技术热潮。

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。