新生物

Additionally, one SsDRV-free strain Ep-1PNA183av that showed hypovirulence was isolated from a mutant of healthy strain Ep-1PNA183, this strain also immunizes the infection of SsDRV, it would be a valuable material to study on the interaction between SsDRV and its host. Surprisingly, we discovered that SsDRV could be transmitted into S. nivalis (in the same genus to S. sclerotiorum) when cultured side by side on PDA plate, this discovery may supply new evidence for the exchange of genetical elements among different species in fungi; the transmission of mycovirus to other species showed that the limitation of vegetative imcompatiblity among different strains might not be key factor to determine the efficiency of biological control with hypovirulence associated mycovirus.

发现了1株不携带SsDRV的核盘菌弱毒力菌株，该菌株对SsDRV具有显著抗性，是研究SsDRV与寄主互作的宝贵材料；还发现SsDRV可以在核盘菌种间传递，深入研究将为生物在种间的遗传物质交换提供了新的证据，也将为广泛利用弱毒相关病毒控制植物病害提供理论依据。

But several new studies show the biofuel boom is doing exactly the opposite of what its proponents intended: it's dramatically accelerating global warming, imperiling the planet in the name of saving it.

然而，几项新的科学研究发现，生物燃料的泛滥使用与那些推行者的意图恰恰相反：它极度加剧了全球变暖的趋势，威胁而非拯救地球。

Sequences and bioactivity analysis showed that BmK βTX was highly homologous to Ts Ⅶ(aβ-type toxin) with low excitatory toxicity to both mammals and insects, which impled that it belonged to a new subtype of β-type toxin; BmK TX3 might belong to Chraybdotoxin group as specific blockers of potassium channels.

序列与生物活性分析表明BmK βTX与β-型蝎毒素Ts Ⅶ同源性较高，且对哺乳动物和昆虫均有低兴奋性毒性，提示它应属于一类新的β-亚型；BmK TX3应归属于Chraybdotoxin类钾通道特异阻断剂。

These years, the research of the information process system based on living being mechanism has become a hotspot of artificial intelligence. It well reflects the intersection and interpenetrating of subjects and fields in today's development of science.

基于生物机制的信息处理系统的研究是近年来人工智能研究领域中的一个新的热点，它集中体现了现代科学发展中的多学科、多领域间的相互交叉、相互促进和相互渗透的特点。

Biosensor, rapidly developed in recent twenty years, is an interpenetrating and forward position subject which co...

近二十年来发展迅猛的生物传感器，是一门涉及生物学、电化学、新材料科学、电子学等诸多领域的交叉和前沿学科。

Biosensor is an interpenetrating subject which combines biological, medical, electrochemical, optical, thermal and electronic techniques, and has been developed rapidly in recent ten years.

生物传感器是一门由生物学、医学、电化学、光学、热学及电子技术等多各学科相互渗透而产生的新学科。在最近10年来发展非常迅速。

There are many new parenteral products, including anti-infectives, biotechnology derived products, and in-vitro diagnostics which are manufactured as lyophilized products.

一些新的非肠道给药产品，包括抗感染药物、生物技术起源的药物、诊断药物采用冻干的方法生产。

Yeast J,isolated and screened from traditional soy sauce mashes by modern biotechnology,was utilized in the new technology by which considerable product quality and flavor were obtained compared to that of the traditional product,besides the mechanization,channelization and industrialization of the soy sauce produ...

利用现代生物技术从传统的母子酱油发酵酱醪中分离、筛选出的J酵母添加到绍兴母子酱油新工艺中，产品质量和风味与传统工艺基本相同，并实现了绍兴传统母子酱油机械化、管道化、产业化的生产。

In order to achiee this goal a new porous material has been deeloped using biomimetically mineralized collagen I.

为了实现这一目标，人们利用生物相容性较好的矿化I型胶原合成了一种新的多孔材料。

On the hopeful 21st century, the rapid development of information, biotechnology, energy resources, environment, advanced manufacturing technology and national defense have produced the new demand for materials. More and more small size of materials will meet the demand of miniatured, intelligent, highly integrated, densely memorized and super fast transmission element. Aerospace industry, up-to-date military equipment, advanced manufactured technology and so on has required better and better properties.

中文题名有机高分子－无机纳米复合粒子改性高分子材料的力学性能－相态与群子标度之间关系的研究副题名外文题名 Studies on the relationship of mechanical properties-morphology and sub-cluster parameters of polymer materials modified by organic polymer-inorganic nanocomposite particles 论文作者权英导师金日光教授学科专业材料学研究领域\研究方向学位级别博士学位授予单位北京化工大学学位授予日期2002 论文页码总数177页关键词纳米材料高分子材料纳米复合材料纳米粒子馆藏号BSLW /2003 /TB383 /7 在充满生机的21世纪，信息、生物技术、能源、环境、先进制造技术和国防的高速发展必然对材料提出新的需求，元件的小型化、智能化、高集成、高密度存储和超快传输等对材料的尺寸要求越来越小；航空航天、新型军事装备及先进制造技术等对材料性能要求越来越高。

The split between the two groups can hardly be papered over.

这两个团体间的分歧难以掩饰。

This approach not only encourages a greater number of responses, but minimizes the likelihood of stale groupthink.

这种做法不仅鼓励了更多的反应，而且减少跟风的可能性。