We’ve seen gesture-controlled games, like Wii and Kinect, become popular among kids and assisted living residents. Now, car makers [MORE]
HHM
Here’s a piece about a new material which, by changing pressure, light, temperature, chemical signaling or electro-magnetic fields, could [MORE]
Last summer, researchers at Stanford introduced what they called an “integrated microfluidics-waveguide sensor” that could detect and count T-cells [MORE]
This piece does not specifically address the low power sensors and wireless networking issues in healthcare (e.g. asset tracking, [MORE]
Squid Beak
Before he retired from the US Senate, Wisconsin’s William Proxmire made a point of handing out “Golden Fleece” awards [MORE]
Dissolvable Electronics
This piece is a teaser, as it touches on new materials for implantable medical devices leaving one wanting [MORE]
Printable Skin Electronics
Qualcomm’s $10m “Tricorder” X-Prize competition now has 267 registered teams, with the next round coming in September. [MORE]
Stretchable Battery
Two desirable properties of wearable health monitors are a comfortable fit, and wireless rechargability. Electrical engineers at the [MORE]
One of graphene’s extraordinary properties is that electrons can move through it with almost no resistance—many times faster than [MORE]
Microsupercapacitor
This remarkable half dozen includes inexpensive graphene supercapicators, DNA coated calcium phosphate for bone repair paste, nanowire-based electrodes for [MORE]
DNA Hydrogel
Hydrogel, a material made of charged polymers, is widely used in biomedical engineering for such things as biosensors, contact [MORE]
Here’s a rub against telemedicine, mobile devices, and distance monitoring. What happens when a storm like Hurricane Sandy knocks [MORE]
Seattle Copyright Lawyer
It’s worth remembering that Elisha Gray and Alexander Graham Bell filed their patent caveats for the telephone [MORE]
Home Health Home
Note the numbers in this piece about the value of home telehealth monitoring: 35-56 percent reduction in [MORE]