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Injuries

A nanoparticle-based surgical adhesive might soon take the place of sutures, staples or po...

In the ongoing quest to develop better ways of sealing wounds within the body, scientists have created surgical adhesives inspired by porcupine quills, mussels and slugs. Not all good ideas have to come from the animal kingdom, however. Recently, French researchers have had success in repairing internal organs using an adhesive solution that incorporates either silica or iron oxide nanoparticles.  Read More

Protein from silkworm cocoons has been used to create strong yet biodegradable bone fixati...

Silk is an amazingly strong material, yet it also harmlessly biodegrades when left in the body. This has led to its use in experimental brain implants, heart patches, and even bio-electronics. According to a new study conducted by scientists at Tufts University School of Engineering and Beth Israel Deaconess Medical Center, it may now also find use in the production of better plates and screws used for securing broken bones.  Read More

safe@home detects seniors' falls, and contacts people who can help (Photo: Shutterstock)

For seniors in general, falls can result result in broken hips or other serious injuries. For seniors living alone, however, there's also a good chance that they could end up lying on the floor for up to several hours before anyone else knows what's happened. User-triggered radio devices such as Life Alert are helpful up to a point, although they're not much good if the user isn't carrying them at the time, or if they get knocked unconscious. That's why a group of German companies are developing the automatic safe@home system.  Read More

RevMedx's XStat syringe injects hemostatic sponges into deep wounds to control hemorrhage ...

Uncontrolled hemorrhage (bleeding out) is responsible for 80 percent of combat deaths. About the same proportion of those who die after being evacuated to a medical treatment facility also die of hemorrhage, usually associated with deep arterial wounds that cannot be treated using tourniquets – people die because we can't plug a simple hole. Now RevMedX, a small Oregon startup, has developed an alternative approach to treat such potentially survivable injuries.  Read More

An eTriage armband, that transmits a patient's location and condition

When emergency response crews have to deal with many casualties at once, such as at a disaster site, one of the first things they do is set up a triage system. This involves assessing the severity of each patient's injuries, so that the people who need help most urgently get it first. It's a system that works, but the EU-funded BRIDGE project is trying to make it better. The project partners are developing a new high-tech triage, that incorporates GPS and RFID technology.  Read More

BIUS1 pedals can move in and out or twist laterally, in order to accommodate the rider's l...

When we walk or run, our feet are able to land on the ground in whatever orientation makes life easiest for our hips, knees and ankles. When we're on a bike, however, our feet are at least somewhat held in place against the pedals. This can damage our leg joints, if they're forced to move in a stressful fashion. Germany's BioConform is now offering what it claims is a solution, in the form of its adaptable BIUS1 pedals.  Read More

A high-tech running shoe being developed by Fraunhofer has the ability to evaluate a jogge...

Given its accessibility to anyone with two feet, jogging is one of the most popular forms of fitness activity around the world, with around 10 million people in Germany alone donning their running shoes and hitting the pavement on a regular basis, according to the Fraunhofer Institute for Photonic Microsystems (IPMS). However, this popularity also translates into a large number of jogging-related injuries. In an effort to reduce the number of injuries, a research team from IPMS is developing a high-tech running shoe with the ability to evaluate a jogger's running form and technique in real-time.  Read More

A special polymer material created by UCLA professor Vijay Gupta has been found to reduce ...

One of the most feared football-related injuries is concussion. With the new NFL and NCAA college seasons just about to kick off, fans will be praying that none of their team suffers any serious impact collisions that could end their season or result in memory loss or depression later in life. University of California, Los Angeles (UCLA) biomechanical engineering professor, Vijay Gupta, is testing a special polymer material that when applied to the inside of helmets, can reduce G-force impact by 25 percent.  Read More

The VEPS sensor can detect signs of traumatic brain injury (TBI) that can result from blow...

Victims of penetrating head injuries usually seek immediate attention, as the hole in their skull is difficult to miss. However, people with closed-head injuries may show few immediate signs of the trauma, and appropriate diagnostic equipment (primarily a CAT scanner) is often not immediately available. A Mexican-US team of researchers has now developed a simple, easy to operate, and inexpensive electromagnetic sensor for traumatic brain injuries, suited to on site use by field personnel and paramedics.  Read More

This CheckLight's blinking red LED indicates that a serious blow to the head has taken pla...

Although everyone knows of the dangers of brain injuries, it’s often difficult to tell if such an injury has taken place. There are certainly cases in which athletes receive concussions, yet say that they feel fine when asked. That’s why Reebok and flexible electronics developer MC10 have created the CheckLight skull cap. It lets athletes and coaches know when a potentially brain-damaging impact has been delivered to its wearer’s head.  Read More

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