A Seattle-based startup has developed an innovative “skin closure device” that exhibits the anchoring strength of sutures and staples, but is nearly as easy to apply as a bandage. Called microMend, the device is performing well in clinical studies, and it may only be a matter of time before one gets stuck on you.
An innovative surgical glue developed by researchers from the United States and Australia seals wounds quickly and without the need for staples or stitches. The squirtable substance could eventually be used in surgeries and in emergency situations, though it still needs to be tested on humans.
After 12 years of development, a miniature FMI scanner for newborns has been installed at a maternity hospital in the United Kingdom—and it’s kind of adorable.
The problem with pills is that you have to take them on a regular basis. An innovative new pop-up capsule solves this problem by staying in the stomach for days, where it slowly releases medication over the course of an entire treatment.
Scientists in the UK have developed a USB stick that can quickly and accurately measure the amount of HIV is in a patient’s blood.
Isabelle Dinoire, the woman who received the world’s first partial face transplant with a new nose, chin and mouth, has passed away.
The Soberlink Breathalyzer has received clearance from the US Food and Drug Administration for medical use. The webcam- and GPS-enabled device allows rehab centers to remotely measure alcohol in a client’s breath, ensuring compliance with treatment.
Bentley Yoder was born with his brain outside his skull. Doctors said he didn’t have a chance, but he not only survived—he thrived. Now, some seven months later, Bentley has undergone reconstructive surgery to move his brain back into his skull.
An innovative sponge-filled dressing device recently saved the life of a coalition forces soldier who was shot in the leg. It’s the first documented clinical use of the product, known as XSTAT.
I have hearing problems. It’s been a fact of life for as long as I can remember. A couple years ago, a surgeon and a tiny piece of titanium corrected the worst of those problems, but I’m due for another procedure. So when I heard about EarGo, a futuristic new type of hearing aid, I had to wonder how they’d work for me.
Fashion-conscious asthmatic readers will be excited to know that a new ultra-thin inhaler is on the horizon. Though it’s still in the testing phase, the prototype looks cool. It’s designed to carry six doses of medication, but still fits in the credit card compartment of a wallet.
Just when you thought our data-driven lifestyles were getting a little weird, Google wants to make it creepy. The company just filed a patent application for a “needle-free blood draw” device that can be implanted in a wearable. It’s the vampiric smartwatch you never asked for.
An independent analysis of reports gathered by the U.S. Food and Drug Administration since 2000 shows that robotic surgery isn’t as safe as some people might assume.
Harvard scientists have developed an electrical scaffold that can be injected directly into the brain with a syringe. By using the technique to “cyborg”-ize the brains of mice, the team was able to investigate and manipulate the animals’ individual neurons—a technological feat the researchers say holds tremendous…
I’ve never been able to hear well. As a child, I was in and out of the hospital as doctors struggled to treat chronic ear infections that left me in throbbing pain and, eventually, relative silence. By the time I went to college, I had only one half-functioning ear drum and no hope of regaining the hearing I’d lost…
Robots are poised to revolutionize surgery, as demonstrated by this astounding—and even touching—promotional video showcasing the da Vinci Surgical System as it sutures a damaged grape.
In a trial involving mice, an international team of researchers used microscopic "nanoneedles" to coax the body into generating new blood vessels. Applied to humans, the technology could eventually be used to get organs and nerves to repair themselves.
The next wave of CT scanners combines motion correction technology and organ-wide coverage to limit radiation exposure — while also obtaining hi-res images of soft tissue, organs and bones as they move within the body. Translation: They can acquire remarkable images of your insides in motion. Here's the proof.
iHealth was the first company to sell a medical device through Apple, so it's only natural it's also the first to fully integrate its products with Apple's HealthKit. That means all the data iHealth's connected monitors and trackers collect not only gets sent straight to the app, it's also automagically logged in your…
By using the active ingredient in antifreeze, researchers from Harvard University have developed a 'supercooling' technique that triples the length of time a rat's liver can be stored outside the body prior to transplantation. The technique, should it work on human organs, could revolutionize how transplants are done.