Researchers at Purdue University have developed a microfluidic platform to simulate a 3D tumor vasculature system. This innovative platform can mimic the complex transport processes inside a tumor, such as transvascular transport, interstitial transport, and transmembrane transport. These processes .....
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The microfluidic approach offered by this invention eliminates the problem of diffusion-based antibody-antigen binding interactions, and offers shorter reaction times. Furthermore, this invention uses small sample volumes that do not need prior purification.
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Purdue University researchers have developed a new method for multi-threat bacterial detection that is rapid, economical, and offers the potential for mass production. They have extended the microarray concept from the field of proteomics to biohazard detection. This method incorporates an immunolog.....
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KAUST has designed a novel, low-cost field effect transistor (FET) that can miniaturize to the 5- to 40-nm range without being hindered by the short-channel effects of other designs.
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