Collaboration between EPFL’s Nanoelectronic Devices Laboratory (Nanolab) researchers and startup Xsensio resulted in development of a low-power and portable sensing chip. The chip can be put directly on skin, or integrated into wearables in order to track real-time different biochemical and physical parameters in a person’s sweat. Xsensio was founded in 2014 as a spinoff… »
A team of chemists at the Cornell University developed a polymer that could be used to detect a chemical that’s often the key ingredient in improvised explosive devices (IEDs). The polymer, which could find its use in low-cost, handheld explosive detectors and could be used to replace bomb-sniffing dogs, can be quickly and safely detected… »
Checking the blood glucose levels is an everyday part in life of many diabetics. There are various less invasive solutions under development which could be used to avoid this unpleasant task, and researchers from Fraunhofer Institute recently presented their solution in a form of a biosensor developed in cooperation with researchers from a Dutch medical… »
A cooperation between researchers from the ISL:Research for Security and Defence with the University of Strasbourg resulted with development of a molecule detection system inspired by silkmoth antennas. The system is able to detect explosives with one thousand-fold of the detection limit attainable by currently used methods, and it could eventually be used to detect… »
An interdisciplinary team of engineers at the University of Arkansas developed e-Nanoflex Sensor System – a wireless health-monitoring textile-based sensors that can be integrated into conventional sports bra or a vest. Since the monitored information can be sent in real time to a physician, hospital or the wearer’s smartphone, the technology enables easier monitoring of… »
Inspired by the paper-folding art of origami, chemists at The University of Texas at Austin have developed origami Paper Analytical Device (oPAD) – a low-cost 3D paper sensor that may be able to test for diseases such as malaria and HIV. It can be produced in less than a minute without any tools or special… »
In order to check their glucose levels, diabetics usually have to draw blood. In order to eliminate the need for this invasive way of glucose level control, engineers at Brown University have designed a biological device that can measure glucose concentrations in human saliva. The technique takes advantage of a convergence of nanotechnology and surface… »
Biologists and bioengineers at UC San Diego have created a living neon sign composed of millions of bacterial cells that periodically fluoresce in harmony like blinking light bulbs. By utilizing the same method they used to create the flashing signs, the researchers managed to make a simple bacterial sensor that could be used to detect… »
