… swapping the commonly used square/rectangular microchannels to round ones. Lemmens expects the research to inform microfluidic device designers looking to save power and increase performance, for biomedical microfluidics and other applications …

… microfluidic DNA (producing numerous copies) by the polymerase chain reaction (PCR), which requires cycling a microfluidic device to be cycled through temperatures at three different zones, starting around 65°C -- a dye intensity-to …

… Source: NIST) The work by NIST physicists Carlos López-Mariscal and Kristian Helmerson involved creating a microfluidic device with a narrow channel through which water, squeezed into a narrow stream by oils, can flow; its abrupt pressure …

… markers when they are chemically treated and attached to specific sites. In other work, he has developed a silicone microfluidic device capable of capturing and individual live cell and measuring its ionic current response to various chemicals and …

… fabrication processes with heterogeneous integration, imec and Panasonic aim to realize a state-of-the-art microfluidic device for SNP detection. In order to do this, advanced microfluidic components have been fabricated and optimized …

… has prevented imaging of samples in liquid, such as biological cells. The new technique, liquid STEM, uses a microfluidic device with electron transparent windows to enable the imaging of cells in liquid. In the PNAS article, the investigators …

… and at the same time can have increased accuracy and repeatability." For this project, Dolomite created a microfluidic device with a 7.5m micro-channel running through a 10cm square piece of glass -- one of the largest devices and longest …