生物技术的

Types of hydrogenase are reviewed,i ts applications have found its appli cations,such as biohydrogen production,wastewater treatment,prevention of microbial-induced corrosion,generation and regeneration of NADP cofactors.

介绍了氢化酶的类型，讨论了氢化酶在生物制氢、废水处理、预防微生物腐蚀、NADP辅因子的产生及其再生等生物技术领域中的应用。

This paper reviewed the advances in honeybee breeding involving to estimate the numbers of subfamilies in a colony and analyze the genetic correlation among workers; guess the polyandry level of queens and identify the purity of a subspecies; build a linkage map and discriminate loci of quantitative traits; genotype and distinguish full sister from semi sisters; analyze the trend of sperm to inseminate an egg and so on by means of such molecular biotech as microsatellites DNA, mitochondria...

综述了应用微卫星 DNA技术、线粒体 DNA技术、随机扩增多态性 DNA、聚合酶链式反应和 DNA指纹等分子生物技术所进行的蜜蜂育种研究现状。其应用主要包括估计蜂群内亚家系的组成数目和分析工蜂间的遗传相关，推断蜂王的多雄水平和鉴定蜜蜂种性，构建连锁图和区别数量性状位点，鉴定基因型和区别全胞、半胞姐妹以及分析精子受精力的倾向性等

Sartorius Stedim Biotech is a leading provider of cutting-edge equipment and services for the development, quality assurance and production processes of the biopharmaceutical industry.

赛多利斯Stedim生物技术公司是一家领先的尖端设备和服务的开发，质量保证和生产过程中的生物制药行业。

The explication of the above mentioned issues involved propagating system, individual number, age structure, renewal ability, growth mode and harvesting technique of population, and involved their relations with biological and abiological environments.

这些问题的阐明涉及到种群的繁殖系统、个体数量、年龄结构、更新能力、增长模式、收获技术及其与生物和非生物环境的关系等。

In the experiments reported in Nature, Jacobsen's group collaborated with computational biologists Matteo Pellegrini and Shawn Cokus, as well as researchers from the biotechnology companies Illumina and New England BioLabs to create new molecular biology methods, algorithms, and software to analyze bisulphite sequences.

在《自然》杂志里如是报道，雅克布森的团队与计算生物学家Matteo Pellegrini ＆ Shawn Cokus合作，还有来自Illumina生物技术公司和新英格兰生物实验室的研究者们，建立了新的分子生物学方法、算法和软件，用于解析亚硫酸氢盐测序。

Surrounding the topic of competitory power of bio-industry, this thesis carried on extensively thorough actual investigation (in Changjiang triangle, Zhujiang triangle, Beijng and Tianjin et al), abundant literature search (life science, biotechnology, economics, management, industrial economics, environmental science and futurology et al) and careful data sorting and literature overview.

本论文围绕生物产业竞争力主题，进行了较扎实的实际调研(长三角、珠三角、京津、华中等)和广泛的文献(生命科学、生物技术、经济学、管理学、产业经济学及环境科学、未来学等交叉学科等等)索检研究，进行认真的数据整理和文献综述。

The paper is a survey of fermentative bio-hydrogen production process, followed by its new approaches in the future development.

本文主要介绍了厌氧发酵生物制氢技术的方法和机理，分析了生物制氢的可行性，结合国内外研究现状提出了未来的发展方向。

The heat pipe technology is one of the most efficiency method to solve the key technique for hard problems in order to gain high efficiency of resource utilization and good economy benefit in the application of renewably energy,In this paper,characteristics of the heat pipe technique is introduced,and its application and exploration in the solar energy,subterranean heat energy,living material energy are reviewed.

笔者结合热管技术特点，综述了其在太阳能、地热能、生物能三大能源利用领域中的国内外进展。1热管技术的技术特点[1](1)高的导热性。热管内部主要靠工作液体的汽液相变传热，热阻很小，因此具有极高的传热效率。(2)优良的等温性。

Using Perl as programming language and integrating databases technology, microsatellites, longer than 12 nucleotides in length, in 29 eukaryotic and 1180 prokaryotic genomes were computed and censused in great scale.

本研究采用Perl为编程语言结合数据库技术等方法，对29个真核生物基因组和1180个原核生物基因组的DNA序列上长度超过12的微卫星进行了大规模的计算和统计分析。

To combine identity authentication technique based on biometrics with encryption organically can make use of the uniqueness and indispensability of biometrics to assure information security, eradicates completely the phenomenon that the password be forgotten, robbed and cracked.

将生物特征身份认证技术和加密机制有机地结合在一起，可以利用生物特征的唯一性、不可替代性保证信息安全的长期有效，彻底杜绝密码和密钥遗忘、被盗、被破解的现象。

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。