Collaborate Disseminate
Researchers have used off-the-shelf components to create a sensor device that is not only cost-effective but can quickly detect 32 different pathogens and has sensitivities on par with the state-of-the-art biosensors used in pathology labs. The novel d… Continue reading Medical lab-on-a-chip runs 32 pathology tests at once
Researchers have developed a novel device that detects the COVID-19 virus in one minute using just a couple of breaths of exhaled air. The device has the potential to revolutionize the testing process, especially in hospitals and schools and at large-s… Continue reading 1-minute COVID breathalyzer could revolutionize testing at social events
Intestinal glucose levels are a major indicator of overall gastrointestinal health, and the current method of measuring them involves putting a catheter down the patient’s throat. Soon, however, a swallowable “smart pill” could do the job much less int… Continue reading Swallowable sensor transmits live reports on intestinal glucose levels
As digital music files become increasingly popular, compact discs are likewise becoming obsolete. There may still be a use for some existing CDs, however, as the gold foil in them could be used in the production of wearable biosensors.Continue ReadingC… Continue reading Old CDs could be upcycled into new wearable biosensors
The electrical signals emitted by the human body tell us a lot about what’s going on inside. But getting those signals inside your microcontroller is not straightforward: the voltages are …read more Continue reading Universal Bio-Electrical Signal Amplifier Makes Reading Body Signals Easy
Researchers from MIT and Harvard have demonstrated a cutting-edge biosensor technology by developing a face mask that can detect SARS-CoV-2 in a wearer’s breath within just 90 minutes. The sensor technology can be programmed to detect any kind of virus… Continue reading MIT and Harvard engineers develop face mask that detects COVID-19
When a patient is receiving medication, it can be difficult to determine how much of the drug is actually making its way into their bloodstream. A new subdermal “tattoo” could help, thanks to its color-changing gold nanoparticles.Continue ReadingCatego… Continue reading Under-skin sensor uses bits of gold to show bloodstream drug levels
Sensors aren’t just limited to the electrical, mechanical, or chemical realm. Up until 1986, canaries were used as Carbon Monoxide detectors, and food tasters are still used by some heads of state. These so-called sentinel species have been known and …read more
An international team at Penn State led by [Larry Cheng] made a breakthrough in printing sensors directly on skin without heat. The breakthrough here is the development of a room-temperature sintering technique. Typical sintering of copper happens at 300 C, and can be further lowered to 100 C by adding …read more
As many countries across the globe begin loosening their stay-at-home orders, we’re seeing government agencies and large companies prepare for the lasting effects of the pandemic. A recent solicitation from the United States Department of Defense (DoD) indicates they are investing $25 million into wearable devices that can detect early …read more
Continue reading Defense Department Funds Wearables to Detect COVID-19