Nano Batteries
This piece mistakenly attributes “nanotechnology” to American engineer Eric Drexler who popularized it in his 1992 book, Nanosystems. Drexler [MORE]
Dynamicpolyurea
This piece describes a “dynamic polyuria” developed at the University of Illinois, which has stretchable and self-healing characteristics as might [MORE]
Flexible Electronic Around Hair
Here is a convenient review of nanotech innovations for medicine, including developments in contact lenses, heart [MORE]
Clearpath Ocular Glucose Monitor
This list included biomarkers for autism and thyroid cancer, devices to control hunger and deliver [MORE]
An executive with Cardinal Health (the pharmaceutical and medical device distribution giant headquartered in Dublin, OH), lists twelve drivers [MORE]
Neuron Chip
Most computer chips process instructions in a series, while human neurons do the same in massive parallel. IBM now [MORE]
ResMed S9 Elite
Surgical dexterity, slow heartbeats, and sleep apnea are the drivers of the three most profitable medtech manufactures: [MORE]
This succinct piece reviews recent developments in carbon nanotubes and graphene for making implantable sensors, from devices that detect [MORE]
Microbatteries
A collaboration between engineers at the University of Illinois-Urbana-Champaign and Harvard’s Wyss Institute for Biologically Inspired Engineering have, [MORE]
Microscale Vacuum Pump
DARPA let challenge grants for micro-scale vacuum pumps which could be used in micro-fluidics devices (among [MORE]
Becker’s Hospital Review has a new listing for healthcare information technology and this piece points out “the top 10 [MORE]
Nonin-3230 Wireless Pulse Oximeter
Compared to high speed gene sequencing, 3-D printing of bones, stem cell regeneration of tissue, [MORE]
NFC BP Monitor – disassembled
This short piece is for the device designers among us who might consider near-field [MORE]
We’ve seen gesture-controlled games, like Wii and Kinect, become popular among kids and assisted living residents. Now, car makers [MORE]