| 1. | Technology and application of lab - on - a - chip
芯片实验室技术及其应用 |
| 2. | Over the last decade , the lab - on - a - chip concept has received considerable attention
在最近十几年中，芯片实验室技术逐渐得到广泛的重视。 |
| 3. | Advances in the sorting of particles using lattices of light herald the advent of lab - on - a - chip technologies
在采用微流控技术筛选粒子方面的进展预示着芯片实验室技术的成熟。 |
| 4. | In this review , we focus on lab - on - a - chip with fluid flow along micro - scale channels ( microfluidics ) and its application on life science and biotechnology
现就基于微流通道的芯片实验室（微流芯片）及其在生物化学检测上的运用作一介绍。 |
| 5. | By connecting them to microscopic test tubes and petri dishes , these nanoscale transistors could lead to labs - on - a - chip that work without moving parts
将这种奈米尺寸晶体管连接微小的试管和培养皿，就可构成没有可动零件的单芯片实验室。 |
| 6. | The lab - on - a - chip based on the technology of mems has become the rapidest research realm with its characteristics of miniaturization and integration
微机电系统( mems )中的芯片实验室以其微型化,集成化的特点成为目前公认的最具发展潜力的研究领域。 |
| 7. | Several companies have now manufactured microfluidics devices ( “ labs - on - a - chip ” ) that allow the high - throughput chemistries needed in screening , synthesis and probing of biological molecules
有几家公司生产能够进行生物分子筛选、合成和探测所需的大规模化学反应的显微射流技术设备。 |
| 8. | Microluidics system is the key part in the lab - on - a - chip , which has important application in the booming micro total analysis system . it uses microchannels as transporting the sample , which saves time and reduce the material waste , lowered environment pollution
微流控系统作为芯片实验室中的一个关键组成部分在目前蓬勃发展的微全分析系统中有着及其重要的应用,其采用微通道结构进行样品的输送,节省了时间、减少材料浪费、降低了环境污染。 |
