生物的

I explored the apanage ownership of biogenetic resources, and put forward the concepts of meta-property right, derived property right and rights of modification of biogenetic resources.

摘 要 本文探讨了生物遗传资源的属地所有权原则，并提出了生物遗传资源的元所有权与衍生所有权、生物遗传资源的修饰权。

The following conclusions can be obtained through above studies:(1) High density of different species algae are accumulated on the surface of savageness and artificialness filling in the city riverway. The activity of charcoal filling biofilm were much high than the biofilm of plastic filling and plants root of floating carriers.

通过上述研究，得出以下结论：(1)城市河道天然或人工填料基质表面所形成的生物膜膜均附着高密度的藻类，木炭和竹炭形成的生物膜活性高于弹性立体填料及浮床植物根系所形成生物膜活性。

New progress of the biological desulfurization technologys were introduced in this paper, including "4S" desulfurization pathway, performance of biocatalyst and improvement of bioreactor.

本文介绍了生物脱硫技术的应用进展，包括"4S"脱硫途径、生物催化剂性能及其生化反应器的改善等，并对生物脱硫技术的应用前景进行预测分析。

Derived property right is the partial right of the biogenetic resource which has been genetically modified fro commercial purposes.

生物遗传资源的衍生所有权即那些对一种生物遗传资源拥有元所有权的国家对这种生物遗传资源被商业修饰后，仍拥有的部分所有权利。

Biologically produced minerals, microstructures and biogeochemistry of recent and fossil biominerals are a major sources of environmental information.

由于生物作用产生的矿物、生物化石的微观结构和生物地球化学作用，是环境信息的主要来源。

This paper focuses on the discussion of the function and significane of reserva-tion in conserving biological diversity.

生物多样性是生物在其漫长的进化过程中所形成的，是生物与其生境相互作用的结果。

By using the reaction of biological individual, population and community to environmental pollution,biological monitoring expounded the pollution state,provided monitoring and evaluating basis to environmental quality.

厉以强，生物监测的意义、现状及展望生物监测指利用生物个体、种群或群落对环境污染或变化所产生的反应阐明污染状况，为环境质量的监测和评价提供依据。

In the argument between invention and discovery on patent of biotechnology .I ,firstly, take back look at the definition of invention and discovery in practice of patent of biotechnology in western countries . then ,analyse the possibility of putting the result of basic bioresearch into patent .Finally ,draw a conclusion :we should focus on the achievement of research on natural material and gene invention should be patented as long as the material and gene which have been separated and purified have real value .

关于生物技术专利中的发明与发现之争，本文首先回顾了西方发达国家在生物技术专利实践中对发明与发现的界定，接着分析了生物技术基础研究成果的可专利性，最后得出结论，我们应淡化发明与发现之分，着重于"三性"审查，即只要天然物质和基因被分离和纯化以后具有工业实用性，就应该给天然物质和基因发明等基础研究成果授予专利。

Carabid beetle was selected as bioindicators and pitfall trapping was used as sampling method for animal biodiversity evaluation; for flora evaluation, both field experiment and releve approach were used with assistance of remote sensing image; for the evaluation of soil organic carbon change, a Regional Resources and environmental information system was established; and RS, GIS and biogeochemistry model were all used to evaluate the soil organic carbon change.

生物多样性研究中，动物多样性研究部分以步甲作为指示生物展开，方法为陷阱法；植物多样性研究部分采用田间试验以及遥感影像配合下的样方记录法；对区域土壤有机碳变化的研究采用遥感、地理信息系统和生物地球化学循环模型模拟相结合的方法。

The cardinal research work is the following: First, analyzed the reason of innovation of to "Biochemistry" curriculum by modern educational technology, the idea and principle of innovation; Second, exploit "Biochemistry" network curriculum fore-six chapter radical content by instruction of educational and psychological theory , subject to Modern Far-distance Education Resource Construction Technical Specification put forth by Far-distance Education Resource Council of Education Department, and by using many kinds of application software; Third, made up module of "Biochemistry" network curriculum, categorize this discipline into preliminary knowledge structure units, made a lot of animated and graphical multimedia stoff and try to reveal new ideas and method, etc, of network curriculum; Finally,"Biochemistry" network curriculum has been used in practical teaching , and it has brought about a good effect and won students high praise

其主要研究的工作为：一、分析了为什么要用现代教育技术革新&生物化学&课程以及革新的观念和原则；二、在具体实践中，以教育心理学理论为指导，以教育部远程教育资源委员会提出的《现代远程教育资源建设技术规范》为依据，结合多种应用软件系统地开发了&生物化学&网络课程前六章的基础内容；三、构建了&生物化学&网络课程的模块结构，并对刻学科的基础知识部份内容作了初步的知识单元结构的化分，加工制作了相当数量的动画类素材及图形类素材，并力求通过&生物化学&网络课程开发的实践揭示网络课程开发中新的理念和方法等；四、将已开发的部份课程内容用于实际教学，效果较好，学生评价较高

This one mode pays close attention to network credence foundation of the businessman very much.

这一模式非常关注商人的网络信用基础。

Cell morphology of bacterial ghost of Pasteurella multocida was observed by scanning electron microscopy and inactivation ratio was estimated by CFU analysi.

扫描电镜观察多杀性巴氏杆菌细菌幽灵和菌落形成单位评价遗传灭活率。