technology is used in drug development and vaccine production. Surface Enhanced Raman Spectroscopy (or SERS) based microfluidics identifies molecules by how they scatter light, and can be used to detect contamination in liquid samples like blood, water, or even in soil. Microfluidic tech is also ...
Nam-Trung Nguyen & Wereley, S. T.Fundamentals and Applications of Microfluidics. (Artech House, 2002). Elvira, K. S., Casadevall i Solvas, X., Wootton, R. C. R. & de Mello, A. J. The past, present and potential for microfluidic reactor technology in chemical synthesis.Nat. Chem.5...
Healthcare technology, or “healthtech,” refers to the use of technologies developed for the purpose of improving any and all aspects of the healthcare system. From telehealth to robotic-assisted surgery, our guide will walk you through what it is and how it’s being used. ...
Yole is daily working withKnowMade, a technology intelligence and IP strategy consulting company to understand the technology trends and market evolution. KnowMade, part of Yole Group of Companies as well, is covering lot of industrial domains including the microfluidics industry. This year, the compa...
Miniaturization and chip technology play an important role for analytical chemistry instrumentation in the future. A brief theory of the relevant microfluidics with reasons for miniaturization is given. A Manz,JCT Eijkel - 《Pure & Applied Chemistry》 被引量: 95发表: 2001年 ...
Microfluidics, as a formal discipline, has only been around for about two decades. As an emerging technology, lab-on-a-chip tech falls behind its peers in well-established areas, like electrical systems, which benefit from about a century of standardization. So while lab-on-a-chip devices ar...
Automated technologies like microfluidics are being used to speed up the cell isolation process and unlock huge time and money savings. At the University of Utah in Salt Lake City, researchers are using electricity to enhance bioprocessing of cell lines, media and reagents. The ...
A. the potential uses of microfluidics and microphotonics B. the possible exploration of information technology, nanotechnology and biotechnology C. the research of some quite promising technologies, such as biometrics and speech recognition D. database-mining technologies ...
Diagnostic assays Microarrays and microfluidics using engineered molecules to detect diseases Biotechnology Biotechnological developments have been at the heart of molecular engineering since its inception. Drexler compared classic engineering components to biological components in his seminal work on nanotechnology...
5.1. A short introduction to microfluidics New developments in the microfabrication of devices, namely, photolithography, paved the way for the application of fabricated chips in the field of fluidics. A first construction of a device for microfluidic analyses is often ascribed to Terry et al. (...