Introducing the Gizmag Store

Surgery

The capsule being tested using silicone gel

Researchers at Nashville's Vanderbilt University have developed a wireless capsule that can restore a sense of touch for surgeons. Keyhole surgeries or other minimally invasive procedures could benefit greatly from this new technology, as the capsule provides haptic feedback to help doctors maneuver and make important conclusions during surgery.  Read More

Performing surgery while wearing Google Glass could offer advantages for doctors and patie...

A surgeon at The Ohio State University recently performed a routine knee surgery wearing Google Glass. Streaming live video footage from the operating room, the demonstration showcased some of the ways in which Glass could be useful in the operating room.  Read More

The active cannula goes to work on a simulated blood clot

Intracerebral hemorrhaging is what occurs when a blood vessel in the brain bursts, and the blood which subsequently leaks out of that vessel forms a clot that places pressure on the surrounding brain tissue. It’s not that uncommon of an occurrence, it’s difficult to treat, and is fatal in about 40 percent of cases. Help may be on the way, however. A team from Nashville’s Vanderbilt University has created a robotic device that is designed to remove those clots, in a safe and minimally-invasive fashion.  Read More

The Sony headset provides surgeons with a 3D image of the inside of the patient

Having introduced its HMZ-T1 personal 3D viewer aimed at the home entertainment market in 2011, and updating it in 2012 with the HMZ-T2, Sony has ventured into the operating theater for its latest head-mounted display. Unveiled last week in Tokyo, the "head-mount image processing unit" gives surgeons virtual X-ray vision by means of an endoscope feeding images to a pair of head-mounted monitors. This setup allows surgeons to view high definition 3D images from inside the patient while carrying out laparoscopic surgery.  Read More

The iKnife has been used in tests in 91 operations, where it showed 100 percent accuracy w...

Dr. Zoltan Takats of the Imperial College London has developed one very sharp knife – and we're not referring to its keen edge. The Intelligent Knife (iKnife) is equipped with a nose and a brain that can sniff out cancer as it cuts. Using a mass spectrometer to detect chemical profiles associated with tumors, it enables instant identification of cancerous tissue and helps surgeons to make sure that all of a tumor has been removed.  Read More

Buttercup poses with his 3D printed foot

Buttercup the duck was born with a strange birth defect. One of the little duckling's legs faced the wrong direction. To remedy the situation, 3D printing technology has been used to create a prosthetic leg that should allow Buttercup to live a somewhat normal, albeit much more famous, life.  Read More

A material known as a plasmonic polypeptide nanocomposite has been shown to strengthen las...

Stitches and staples may be on their way to becoming a thing of the past, thanks to a developing technology known as laser tissue welding. Now, a new gold-based solder has been created, that could make tissue welds in regions such as the intestines much stronger and more reliable.  Read More

The liver-preserving machine was developed at the University of Oxford

In a first for medical science, two livers have been successfully transplanted into patients following storage and transportation of the organs in a machine that keeps them warm and functioning. It's hoped that the machine, developed at the University of Oxford, could double the number of livers available for transplant at any given time, potentially saving thousands of lives every year.  Read More

German researchers have developed a special handle for surgical tools that lights up to wa...

New technology may be ushering in the age of robotic surgery, but there is still a role for cutting-edge electronics to play in augmenting a surgeon's natural talents. The latest example of this comes from Germany, where researchers have proposed a way for doctors to operate using their own standard instruments by developing a special handle that fits on most surgical tools and lights up to indicate when enough pressure has been used during a procedure.  Read More

An existing robotic arm, which could be adapted for use in GE's system

Presently, when an operation is going to be performed at a hospital, people first locate all the instruments that the surgeon will require, inspect them, arrange them on a tray, sterilize them, and then deliver them to the operating room. According to General Electric’s GE Global Research division, however, robots could do all of those things better. To that end, the group has recently partnered with GE Healthcare and the U.S. Department of Veteran’s Affairs, in a US$2.5 million two-year project to develop just such robots.  Read More

Looking for something? Search our 26,570 articles