Tactile enhancement
Chinese engineers have shown how a silvery material used to make an ultra-thin sensor can enhance the sense of [MORE]
Smart bandage can deliver drug independently
“The smart bandage,” from University of Connecticut engineers, “is equipped with wirelessly controlled mini needles. [MORE]
Carbon-based nanomaterials
“The material,” from researchers at the University of Houston, “involves the use of carbon nanotubes and is capable of [MORE]
Self assembly of nanoparticles
British bioengineers in London and Nottingham report their development of a new material that self-forms into blood [MORE]
LIQOSEAL3 Dural seal from Polyganics
Preventing cerebral fluid from leaking through a sutured dura after an invasive procedure, Dutch chemists at [MORE]
Peripheral nerve regeneration
“University of Pittsburgh School of Medicine researchers have created a biodegradable nerve guide — a polymer tube — [MORE]
Blood-Repellant Bandages
Bioengineers at Eidgenössische Technische Hochschule Zürich (i.e. ETH Zurhch) have developed a superhydrophobic material that staunches blood loss from [MORE]
Kip Ludwig holds syringe with injectrode
Neuromoduation, via electrical stimulation, is a technique for treating seizures, chronic pain, depression, and opioid [MORE]
NUsurface Meniscus Implant
The NUsurface artificial meniscus (from Active Implants, Memphis, TN) is the first implant of its kind that is [MORE]
Cardiac pacemaker
Implanted cardiac devices eventually accumulate a buildup of scar tissue which is a problem when the devices have to [MORE]
Robotic guidewire to clear brain clots
“Engineers at MIT have now developed a steerable guidewire that responds to a magnetic field [MORE]
Neurons on carbon nanotubes
In trying to mimic natural neuron networks, Italian researchers found that the size of the spaces between [MORE]
Healing gel
“A hydrogel that incorporates billions of bacteriophages forms a material that is self-healing and also offers antibacterial services for [MORE]
Using carbon nanofibers for heart elecrtical circuits
In researching possible treatments for ventricular arrhythmias, engineers at the Texas Heart Institute (Houston, [MORE]