生物工程学

生物工程学是一门新的学问。

Bioengineering is a new study .

现代临床医学生物工程学杂志

Journal of Modern Clinical Medical Bioengineering

我个人的观点是，在CXF中有一个大的关注点，Paul[Brown]称之为，开发者生物工程学。

My personal view is that in CXF there is a big focus on , as Paul [ Brown ] calls it , developer ergonomics .

传感器技术综合了物理、化学、生物工程学、微电子学、材料科学、微机械学（MEMS）、自动控制、计算机科学等多方面的知识和技术，并逐渐形成了一个专门的学科领域。

Sensor technology is a technology combining with multi-science such as physics , chemistry , bioengineering , microelectronics , material science , Micro-electromechanical systems ( MEMS ), automation , computer science and so on , and it has formed its own research field .

电化教学在加强生物工程学教学中的作用

The effect of the electronic education in the biotechnology Teaching

生物工程学中利用生物程序来克服环境问题的分支。

The branch of biotechnology that uses biological process to overcome environmental problems .

许多人认为，信息技术和生物工程学将主宰21世纪。

Many people think that information technology and biotechnology will rule the21st century .

离子束生物工程学装置现状和发展

Status and Development of Ion Beam Bioengineering Apparatus

生物工程学和发酵技术

Biotechnology and fermentation technology

本文从组织培养、原生质体培养及其融合和遗传转化三个方面介绍了药用植物生物工程学的研究内容及其某些进展。

We introduced the researches and some advances of medicinal plant biotechnology on tissue culture . protoplast culture . fusion and genetic transformation .

该项研究得到了“国家卫生协会风湿病风湿病基金会”及“密歇根大学生物工程学发展基金会”的大力支持。

The research was supported by the National Institutes of Health , the Arthritis Foundation , and the University of Michigan Biotechnology Development Fund .

本文首先介绍了离子束生物工程学的发展及其所取得的成就，然后说明了我国药用植物育种现状并指出离子束生物技术在药用植物领域的应用前景。

In this paper , ion Beam biotechnology , its obtained results , and present status of research on medicinal plants are expound-ed. Biotechnology ( translated by )

智联招聘2014年的报告显示，生物工程学和计算机专业毕业生中找到专业对口工作的比例分别仅占8.9%和13.6%。顽固的怪圈

A 2014 Zhaopin.com report shows that only 8.9 percent of bio-engineering graduates and 13.6 percent of computer science majors found jobs in their field of study .

这些标准的实验动物，在生物医学如实验肿瘤学、分子遗传学、免疫生物学、实验药理学以及生物工程学和毒理学等研究上，都具有特殊的应用价值。

These laboratory animals of standardization have specific value of use on the biomedical research , e. g. experimental oncology , molecular genetics , immunobiology , experimental pharmacology , bioengineering and toxicology etc.

这种产品名叫Ephemeral，是一组化学与生物分子工程学的学生参加一次创业挑战赛的参赛作品，该挑战赛由纽约大学商学院的伯克利创业与创新研究中心主办，奖金20万美元。

The product is named ' Ephemeral ' , after the team of Chemical and Biomolecular engineering students who took part in the recent $ 200000 Entrepreneurs Challenge held by NYU Stern 's Berkley Center for Entrepreneurship and Innovation .

本研究运用传热学和生物环境工程学的理论，建立了日光温室热环境的动态数学模型。

A dynamic simulation of sun-light greenhouse thermal environment was made by using the heat transfer and bio-environmental engineering theory .

群体生灭过程是一种应用很广，的模型，在生物学、生物系统工程学和人口学等领域都有广泛的应用。

A colony " birth-and death " process is a kind of widely used model , especially inthe field of biology , biological system engineering , population science , and so forth .

复杂网络的研究已经渗透到许多科学领域，从物理学、生物神经学到工程学与社会科学等都有着重要的应用。

Complex networks have been intensively studied in many fields , from physics and neurobiology to engineering and social sciences .

目前，磁场生物效应是生物医学工程学界的研究热点。

In these years , the study of the biological effects of magnetic fields has been listed as the important task in the field of biomedical engineering .

并根据国内外研究与实践，对治理畜禽粪便所采取的低等动物法、干燥法、生物技术和生态工程学等技术方法，进行了综合介绍和评价。

Many technologies are introduced and evaluated generally in the paper , according to the study status , including lower animal , drying , biotechnology , ecological engineering and some other technologies .

如果这种幻想（它仍有很长的路要走）实现，生物技术将会成为工程学的一个真实分支，工业，医药和农业将从中获益良多。

If this vision is realised ( and there is still a long way to go ) biotechnology will become a true branch of engineering , with benefits for industry , medicine and agriculture ( see article and article ) .

离子束生物工程技术是有我国科学家首先创立的，利用离子束生物效应在诱变育种、细胞加工和基因转移等方面发挥了重要的作用，由此开创了离子束生物工程学的先河。

Ion Beam Bio-engineering technology is created by Chinese scientists first used in the biological effects of ion beam mutation breeding , cell processing and gene transfer has played an important role , which created the Ion Beam Bio-engineering precedent .