Though technically advanced, modern cardiac monitoring, pacing, and defibrillating devices obtain a pretty simple picture of the heart’s electrical activity. To truly map out the electrophysiology of the heart you’d need to wrap it in a mesh of electrodes that… Read more →
In a north London hospital, scientists are growing noses, ears and blood vessels in a bold attempt to make body parts in the laboratory.
It’s far from the only lab in the world that is pursuing the futuristic idea of… Read more →
Cell electrospinning is an unrivalled technology for building 3D structures that mimic native tissue.
Functional synthetic tissues are used for repair, replacement and rejuvenation of damaged or ageing tissues and organs. Historically, scaffolds have been used as substrates on which cells are seeded… Read more »
Interactive medical devices, including those for monitoring vital signs and treatment administration, are essential in modern health care. Such instruments have transformed clinical practice and the patient experience. For example, programmable infusion devices (see Figure 1) can deliver drugs and… Read more »
Nanoparticles that target specific spots in the body have usually been developed for oncologists to attack tumors. A team of researchers at University of Pittsburgh School of Medicine wanted to see whether nanoparticles ferrying local anesthetics could be effective… Read more →
MedTech Week 2014 is the fourth of UCL’s Institute of Biomedical Engineering (IBME) week-long annual events (18th-20th June) aimed at staff and students wanting to know more about the medical technology and biomedical engineering landscape at UCL. It includes the… Read more »
The event features as part of the IBME’s MedTech Week 2014, which showcases medical technology/innovations and biomedical engineering across UCL. The event is being co-organised by the IBME and the Festival for Digital Health.