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.
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.
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…
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…
For the first time ever, a paralyzed man has moved his hand using his mind—and some pretty badass technology. The announcement came just days after a paralyzed woman kicked the first ball at the World Cup in Brazil with the help of an exoskeleton. Paralysis, it seems, is increasingly becoming a thing of the past.
Researchers from King's College London just announced a new approach to fixing cavities that requires no injections, no drills, and no pain. It's just a little blast of electric current that encourages the tooth to self-repair. And they say it'll be on the market in three years.
The New York Times Magazine offers up a healthy dose of inspiration this weekend with the story of David Walmer, a renegade doctor who's been saving lives in Haiti. When he realized a few years ago how cervical cancer was killing many of his patients, Walmer decided to get creative about solving the problem. Oddly…
A team of engineers at the University of Texas at Austin recently created the world's smallest, fastest nanomotor. Designed to power microscopic machines that could deliver medicine or fight cancer, this thing will fit inside of a human cell. And boy can it purr.
The world is one step closer to a future where tiny ship-like vessels travel through our veins and fix our health problems. Recently, doctors across the United States implanted the world's smallest pacemaker into cardiac patients. The device is roughly the size of a large vitamin and is attached directly to the heart…
It's not news that we can 3D print bones or even successfully implant 3D-printed skull fragments. But a team of Dutch brain surgeons has taken things to the next level by replacing the bulk of a woman's skull with a 3D-printed dome. It's a little bit gnarly to watch.
For centuries, humans have been using technology to make up for their shortcomings. People missing limbs got prosthetics. People with weak hearts got pacemakers. But, at a certain point, becoming a cyborg is less like fixing something broken than it is like gaining new powers.
Cancer surgery is tough. Even with high-powered microscopes, surgeons have a very difficult time distinguishing cancer cells from healthy cells. But these new glasses developed by Washington University, St. Louis could change all that.
A few years ago, a whole new crop of crazy medical devices started popping up—things like little robots that could crawl through your veins and clear blocked arteries. Scientists lauded the promise of ingestible electronics, but there was one big problem. How are we going to power these devices?
Everybody lies to their doctors. We say that we drink less than we do. We tell her we quit smoking when we didn't. But what if the doctor knew more about what goes into your mouth than you do?
Cancer surgery is invariably difficult, in part, because doctors have always had a hard time determining exactly where the healthy tissue ends and the tumor begins. Not anymore. A new "intelligent knife" can actually sniff out the cancer cells during an operation and keep the doctor on track.
Have you ever thought about the possibilities of bendable, stretchable electronics? They're amazing. From a circuit attached to your brain to a pacemaker that sticks to your heart, these are the stuff that medical sci-fi dreams are made of.