A surgery robot successfully performed a dissection on the International Space Station (ISS), controlled remotely by doctors in Nebraska. Astronauts on the ISS are celebrating this achievement as a significant advancement in space technology. Additionally, a new microrobot made of magnetic fiber has been developed to travel through arteries and treat conditions like aneurysms in the brain. Nebraska's engineering professor's robot is being tested for remote surgeries in long-distance space travel.
Nebraska innovation has literally skyrocketed! A @UNLincoln engineering professor’s robot was tested for potential use in remote surgeries for long-distance space travel. https://t.co/vQKThhjVbK
A new Slinky-shaped #microrobot made of magnetic fiber can travel through arteries to sites of damage, including aneurysms in the brain, and halt harmful blood flow. Learn more in Science #Robotics: https://t.co/m4MqegZ65t https://t.co/x1WK374KS2
Why a #VR headset on the #ISS 'really makes a difference' for #astronaut exercise https://t.co/FFmJrRgzV7 https://t.co/klohXq0NLS
Why a VR headset on the ISS 'really makes a difference' for astronaut exercise https://t.co/buWGp8MVZ6 https://t.co/BkVBAUucME
Doctors in Nebraska remotely controlled a robot on the ISS and successfully performed a dissection in space. | By Xochitl Bott Rivera https://t.co/ZPdoLOVZiT
Astronauts celebrate success of 1st surgery robot on ISS: ‘It’s a real game-changer’ #DisruptiveTech https://t.co/Y7jvXMK3lk