各种可利用的生物技术在这一过程中有可能发挥重要作用。
The various biotechnologies available have the potential to play a significant role in this process.
“利用生物系统、活生物体或者其衍生物为特定用途而生产或改变产品或过程的任何技术应用”。
"Any technological application that USES biological systems, living organisms, or derivatives thereof, to make or modify products or processes for specific use".
数十年以来欧洲大陆的科技精英们目睹了美国同行们逃离科研院所开办生物技术公司的过程。
For decades the continent's scientific elite watched as boffins in America fled academia to start biotech firms.
Ginkgo希望通过提供现成的生物组件和第三方的快速原型技术服务让这一过程容易些。
Ginkgo aims to make the process easier by offering off-the-shelf biological components and a third-party service for rapid prototyping.
但是如果你有用于诊断技术的生物标记物就可以区分它是什么病毒，以及在感染过程中你所处的阶段。
But if you have biomarkers to go along with viral diagnostic techniques you can tell which virus it is and where you are on the continuum of infection.
他在哈佛研究单分子影像技术，并将之运用于生物学过程研究，尤其是流感病毒感染。
His research at Harvard focused on developing single-molecule imaging techniques and applying them to the study of biological processes, especially flu virus infection.
他在哈佛研究单分子影像技术，并将之运用于生物学过程研究，尤其是流感病毒感染。
Hiss research at Harvard focused on developing single-molecule imaging techniques and applying them to the study of biological processes, especially flu virus infection.
而微生物燃料电池技术能完成这一转换过程。
And the microbial fuel cell technology is something that does exactly that.
这项技术可以对生物过程的化学机制进行定量、仔细的探究，与传统系综实验形成很好的互补。
Complementary to traditional ensemble experiments, this technique can quantitatively and carefully explore the chemical mechanism behind a biological process.
有机生长的生物技术公司已经证明是一个漫长和不确定的过程。
The organic growth of biotechnology companies has proven to be a long and uncertain process.
进化算法是一类模拟生物进化过程和机制求解优化问题的自适应人工智能技术。
Evolutionary algorithm is a type of adaptive artificial intelligent techniques that simulate evolutionary process and mechanism to solve optimization problems.
本试验采用15n同位素标识技术对生物硝化及反硝化过程进行了研究。
Laboratory experiment used 15n isotope identification technology to study the process of microbial nitrification and denitrification.
本研究在绿茶栽培、加工、贮运过程中采用生物制剂、微波杀青、纳米保鲜包装材料等多种技术提高绿茶保鲜品质。
The paper put an emphasis on the key technology to improve the preservation quality of green tea including applying of biology preparation, enzyme inactivation by microwave, nano-packing material.
如何利用相对简单的分析技术来评价复杂的石油烃类污染物的微生物降解过程，一直受人关注。
How to evaluate the process of biodegradation by relatively simple analytic technologies is still one of technological difficulties in the field of biodegradation of the persistent pollutants.
生物质热解液化技术得到的燃料产率很高，是高效率的生物质转化过程，并使生物质成为最有可能部分代替化石能源的可再生能源。
Biomass pyrolysis is an efficient process of biomass conversion with high yield of liquid fuel, which makes biomass the most promising renewable energy to substitute the conventional fossil fuel.
厌氧发酵生物制氢技术可利用有机废水及固体废弃物等进行氢气生产，制氢过程清洁、节能。
The study of the biohydrogen anaerobic fermentation technology, mainly focuses on the details of hydrogen production bacteria screening and the hydrogen production process optimization.
与其他专业基础课程相比，生物技术专业英语在授课过程中有其独特的学科属性。
Compared to other basic courses, biotechnology English has the unique subject attribute in teaching process.
本文简要介绍了生物燃油生产过程中热载体加热技术的研究及进展。
This paper mainly introduced the research and progress of the technology about heating through heat-carrier during the process of producing bio-oil.
在生物包埋技术的研究过程中，人们发现生物功能可以融合并保存于聚合物基质中。
In the investigation of bioencapsulation technique, it was found that biological function can be incorporated into, and preserved within polymer matrices.
荧光原位杂交、DNA指纹等现代分子生物技术在废水治理过程中得到了广泛的应用。
Modern molecular biotechnology such as fluorescence in situ hybridization and DNA fingerprinting was widely applied in wastewater treatment.
介绍了焦化工业废水的生物脱氮机理、工艺及调试过程，总结了该工艺的关键技术控制措施及生产注意事项。
The artical introduces the theory, the process and the adjustment of biology denitrification about coking industrial waste production matters must to be noted.
本文将结合现代生物技术手段，研究豆瓣酱的制曲，发酵过程，优化工艺。
In this paper will combined with the modern bio-technique, research the process of koji-making, fermentation of bean sauce, optimization technology.
旋转填料床技术是一种突破性的过程强化新技术，在化工、能源、环保、材料、生物化工等工业领域中有广阔的商业化应用前景。
Rotating packed bed is a new technique of process intensification and has a broad application prospect in various fields of material, chemical engineering, energy and environmental protection.
从磷在生态系统中的意义和磷的地质、生物循环过程入手，论述了从污水及污泥中回收磷资源的技术方法。
From the meaning of phosphorus in ecosystem and the geological and biological circulation of phosphorus, the technical way of recovering phosphorus from civic wastewater and sludge is discussed.
从磷在生态系统中的意义和磷的地质、生物循环过程入手，论述了从污水及污泥中回收磷资源的技术方法。
From the meaning of phosphorus in ecosystem and the geological and biological circulation of phosphorus, the technical way of recovering phosphorus from civic wastewater and sludge is discussed.
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