The future of implants: smart, electronic implanatables
In 1958, the first pacemaker fully embedded in the human body began its work. No one believed the…
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29 Oct 15
In 1958, the first pacemaker fully embedded in the human body began its work. No one believed the…
29 Oct 15
Lined with living human cells, USB-stick-sized organs-on-chips mimic the tissue structures and mechanical motions of human organs, promising…
29 Oct 15
A novel retinal prosthesis could enable blind patients to see again. Natalie Healey speaks to Robert J Greenberg,…
29 Oct 15
A tiny wearable insulin patch made from extremely biocompatible materials could have huge impacts on diabetes patients’ quality…
29 Oct 15
While MRI allows surgeons an unparalleled glimpse into the structure of the human body, operations can only take…
29 Oct 15
Implantable medical devices are becoming increasingly complex in order to improve patient outcomes, but these advances are proving…
29 Oct 15
Active implantable medical devices have tremendously improved the lives of millions of people around the world, and one…
29 Oct 15
Tiny power generators developed by the University of Arizona and the University of Illinois could eliminate the need…
29 Oct 15
Medical device manufacturers are moving into the internet-of-things space, producing devices with increased connectivity and upgradability. Such approaches,…
29 Oct 15
A new robotic glove could soon help people suffering from loss of hand motor control to regain some…