Surface Plasmon Resonance (SPR)
Researchers at the Shanghai Institute of Ceramics believe they have developed an effective anti-bacterial coating for artificial [MORE]
3-D Printed Implant for Hip Replacement
This piece reports success a surgical team at the University of Southampton (UK) have had [MORE]
Soft Pneumatic Exoskeleton
Relying on four artificial muscles and several sensors, this soft orthotic exoskeleton from the Wyss Institute at [MORE]
Scaffold for Hydrogel Used to Form Cartilage
Baby Boomers (born 1946-1964) were the first generation of American children to participate [MORE]
Cortex
3-D printing continues to open new possibilities in health care—this one being a printed “exoskeleton” for setting broken bones. [MORE]
With the march of the “baby boomers” into retirement and the medical problems of aging, innovations that ameliorate fractured [MORE]
Most patients at risk for osteoporosis have an x-ray assessment (dual-energy x-ray absorptiometry, or DXA) of their bone mineral [MORE]
Plastic Scaffolding
Some bone fractures are so devastating as to require amputation, but with a new blend of biodegradable [MORE]
Stanmore Scupltor
Terrible experiences in war sometimes bring medical breakthroughs, as is the case with the world’s first robotic operation [MORE]
Adjustable Prosthetics
Suppose that a prosthetic ankle impinges on a proper gait; what to do? Until now, patients would go [MORE]
3D Exoskeleton
In the past year, 3-D printing has brought several “firsts” in orthopedics, but this piece raises an interesting [MORE]
It will be a while before a technique Johns Hopkins bioengineers have developed for cartilage repair reaches clinical medicine, [MORE]
Lego Robots for Building Bone
Fabricating artificial bone is a process that resembles candle-making—by repeated dippings. To offset this labor-intensive [MORE]
Tricorder
In a survey earlier this year, experts in medical devices identified their best bets for breakthroughs—e.g. orthopedic devices with embedded [MORE]