Europe Gets a Dynamic Duo
And now comes the part where we wait for the Duo to come to the U.S.
Reaching the Undiagnosed
University of Cambridge researchers seem to have discovered a low-cost way to detect diabetes in underserved populations around the globe. The researchers have employed nanotechnology to create a sensor that changes color when it comes into contact with high concentrations of lactate and glucose in saliva, urine, and blood samples. In university trials, the sensor proved more accurate than test strips read by an automated strip reader. The sensor also is reusable for some 300 tests, making it a more affordable option in countries with limited health care resources.
The new device will be field-tested in Ghana later this year.
The Pump Wars Just Got Real!
Kudos to Diabetes Mine for getting the jump on this story.
Getting Under Your Skin
Venture Beat News reports a company developing a long-term implantable continuous glucose monitoring system (CGM) has just gotten a big infusion of cash. Senseonics announced this month that investors have ponied up $20 million of additional investment for the promise of an implantable CGM that can talk directly to a smartphone app.
It doesn’t seem a coincidence that this capital flowed shortly after Apple announced it was planning to make all health data accessible and interconnected.
Tiny Data
Joslin Geeks Out
It’s been a busy June for the the Joslin Diabetes Center in Boston. First, Joslin officials announced the creation of the Joslin Institute for Technology Translation (or JITT for short), with the aim of translating Joslin findings into tech solutions that make life easier for people with diabetes. So far, Dexcom and Tandem have already jumped on board to support JITT, and JITT officials announced it has already formed a partnership with Glooko to launch a hypoglycemia awareness.
A start-up venture this is not.
Nagging, in a Good Way
Closing the Loop
You might have already heard this, but it was announced recently that a truly closed-loop bionic pancreas did well in human trials that included real-world conditions. According to the New York Times, Boston University researcher Ed Damiano and his team of researchers monitored 20 adults hooked up to an artificial (bionic) pancreas system that pumped glucagon and insulin and automatically adjusted to keep blood glucose levels at a good level. The adults were monitored constantly in a hotel by nurses. The researchers also hooked up 32 teens to the same system and set them loose in a diabetes summer camp. The teens on the experimental system needed to correct half as much for hypoglycemia as a control group of teens on pump therapy. Adults on the system also experienced fewer lows.
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