A man underwent surgery to remove his index finger for his fingers to create a "V formation" in his quest to become a real-life devil. Continue reading to learn more.
Two doctors operated a complicated procedure using a surgical robot, with one instructing the other as they were thousands of miles apart. Read to know the full story.
There are exciting advancements in robot-assisted surgery as Hywel Dda University Health Board embarks on a ground-breaking trial. Learn more about the potential benefits for patients and the future of orthopedic surgery. Continue reading now!
Researchers at the New York University announced they succeeded in an animal-to-human transplant or xenotransplantation using pig hearts. Read to know more.
A 13-year-old girl receives a new spine through vertebral body tethering surgery. How is it different from traditional spinal fusion surgery? Read to know more.
A Swiss medical team kept a liver alive outside a human body for three days before being transplanted. Find out more about the technology the team used.
The man who died months after receiving the first-ever pig heart transplant may have been infected with a pig virus. Learn more about porcine cytomegalovirus.
An eight-year-old girl undergoes liver transplantation despite the high cost of the surgery. Find out how crowdfunding and CSR helped save the patient’s life.
A domestic abuse survivor is currently recovering from her second face transplant operation conducted seven months ago. Her body rejected the first surgery seven years ago.
The PicoLinker device can be easily attached to eyeglasses which displays a real-time monitor in front of a surgeon's eyes. The small device may someday replace traditional support monitors in operating rooms as it improves surgical efficiency.
A group of scientists in Italy have taken their inspiration from the octopus, creating a robotic arm that can bend, squeeze, and stretch through even cluttered environments. The device was created specifically for surgeons who need to access confined or remote areas of the body more easily.