My study bases on the aspect of bioelectricity, and has obtained striking breakthrough.

Western medicine thinks all diseases can be abnormality of bioelectricity of body.

所有疾病都是人体经络不通.

This instrument can record the changes of bioelectricity in plants.

这台仪器可以记录植物体中生物电的变化.

I felt that time had come to make substantial changes in the treatment of macromolecules, bioenergetics.

我意识到,在大分子 、 生物能量学的论述方面,随着时代的发展而起着重大的变化.

Bioenergetics is defined as the study of energy transformation in living organisms.

生物能学的定义是研究活生物体间的能量转化的科学.

Dickinson , a bioengineer, has devoted his life's work to the study of insect flight.

迪金森是一名生物工程学家, 他一直从事昆虫飞行方面的研究.

Objective To introduce the progresses and applications of supercritical fluid ( SCF ) in the bioengineering field.

目的介绍 超临界流体 技术在生物工程领域的应用和发展.

They are planning a new campaign against corruption in Bioengineering.

他们正在策划一个新的生物工程学的反贪污运动.

This is the website of the Bioengineering Group, Inc.

描述:这是生物工程集团的网站.

Dispersion polymerization has been applied in many fields, such as coating, bioengineering, medicine, chemistry industry etc.

分散聚合方法已被应用于许多领域, 如涂料工业 、 生物工程 、 医学 、 化学工业等.

Authors suggest that the technology of comprehensive bioengineering should be fully applied in subgrade project.

提出了综合生物工程技术应在路基工程中广泛应用.

Think of nanotechnology as bioengineering for dry life.

对枯燥的生活来说,纳米技术如同生物工程.

Feasibility study with experimentation on soil bioengineering model.

通过试验手段,比较分析植物固土方案的效果.

This university boasts the most advanced bioengineering institute in the country.

这所大学拥有全国最先进的生物工程研究所.

Above bachelor degree with specialization in clinical medicine, bioengineering, marketing and selling or relevant special field.

本科学历及以上,临床医学, 生物工程学, 市场营销或相关专业.

Methods Literature of bioengineering technology with the use of SCF were summerized.

方法检索归纳近年来国内外超临界技术与生物工程技术结合应用的29篇相关文献资料.

The root of bioengineering is the desire to control the organic long enough to improve it.

生物工程的源动因,就是希望充分控制有机体,以便对其进行改进.

Conclusions SCF technology is applied in bioengineering field with great potential of progress.

结论超临界流体技术在生物工程领域的应用大有潜力.

On balance, however, bioengineering is likely to be more a benefit than a bane.

然而, 总的来说, 生物工程似乎利大于弊.

Bioengineering is a broad discipline.

生物工程学是一门涉及面很广的学科.

An ideal and realistic micromanipulator system for bioengineering is proposed based on the investigation and study.

在广泛调研的基础上提出了比较理想并切实可行的面向生物工程的微操作机器人系统的物理结构.