Collaborate Disseminate
A team from Stanford University has developed an ultrafast-acting form of insulin that promises to work up to four times faster than current commercially available formulations. The novel drug has only been screened in animals so far but the researcher… Continue reading Ultrafast-acting form of insulin developed by Stanford researchers
Imagine a device that lets people with diabetes use an app or remote control to give themselves a boost of insulin when they need it, without an injection. Researchers from ETH Zurich have developed a prototype device that can do just that, using elect… Continue reading Insulin-releasing implant prototype could let diabetics ditch needles
Researchers from Stanford University have developed a breakthrough technique that combines two diabetes drugs into a single injection. Previously these two compounds required separate injections, creating a barrier for treatment that led to very few di… Continue reading New two-in-one injection promises diabetics better blood sugar control
RFID is a workhorse in industrial, commercial, and consumer markets. Passive tags, like work badges and key fobs, need a base station but not the tags. Sensors are a big market and putting sensors in places that are hard to reach, hostile, or mobile is a costly proposition. That price could drop, and the sensors could be more approachable with help from MIT’s Auto-ID Lab who are experimenting with sensor feedback to RFID devices.
Let’s pretend you want to measure the temperature inside a vat of pressurized acid. You’d rather not drill a hole in it to insert a thermometer, …read more