... of biomedical engineering. Worldwide, researchers are developing medical implants that stimulate neurons to treat conditions ... -polylactic acid (PEGPLA) -- a polymer often used in medical implants. They placed the PEGPLA-coated electrodes ...
... cells they mimic and could one day be used to power tiny medical implants. The scientists began with the question of whether ... in place, the artificial cells could one day power medical implants and would provide a big advantage ...
... and for the control of machine tools is making it possible for medical implants to be manufactured faster and less expensively. The challenge with artificial knee, shoulder, or hip joints ...
Many medical implants are vulnerable to attacks that threaten the lives of people kept alive by them, say researchers.
... to making ceramics -- today's preferred material for medical implants and military body armour -- many times stronger. The mantis shrimp's can shatter aquarium glass ...
Biodegradable electronics could lead to vanishing medical implants and eco-friendly consumer electronics.
... object. "It has applications for so many different medical implants, because we literally put hundreds of devices ... to its surface. Scientists have found that proteins appearing on the surface of a medical implant are the first signs that a larger collagen ...
... surfaces, including heart valves, bone and medical implants. Encased in self-produced slime ... of staph biofilms from both allograft bone and medical implant materials. The findings also may have implications for treating ...
... coating to prevent life-threatening infections in medical implants. The coating, produced by genetically-engineered bacteria, could cut medical costs and improve implant safety, the researchers say. Their study is scheduled for the June ...
... to form biofilms. Those colonies of microbes grow on medical implants and other devices and play a key role in the multi-billion-dollar-per-year problem ...
... , anti-bacterial and non-immunogenic coatings for medical implants, coatings for semiconductors, coatings and adhesives for ships` hulls, self-healing materials, microelectronics ...
... for use in cutting-edge sensor-based devices such as medical implants, environment monitors or surveillance equipment. The chip consumes just 30 picowatts during ...
... and car parts, and stronger wind turbines, medical implants and sports equipment. Is a good electrical conductor attractive for lithium ion batteries and could be used to make ...
... generating cells could be developed as a power source for medical implants and other tiny devices, they say. The paper, according to NIST ... output of about 300 microwatts to drive small implant devices. The individual components of such artificial cells ...
... 't want them, including in hospitals or on medical implants." M. xanthus lives in a multi-cellular unit that can change its structure and behavior in response ...
