Researchers have developed a new advanced robot that can effectively move inside the blood vessels and open the patie's blood vessels with high precision by rotating its spiral surface.
According to Tekna technology and technology news service, advances in medical technologies have also been effective on treatme approaches in critical situations. One of these critical conditions is ischemic stroke, in which it is no longer possible to supply oxygen to this tissue due to the closure of the brain vessels.
Rece reports show a magnetic robotic cutter developed by researchers at the Federal Institute of Technology in Zurich that can navigate arteries with ease and with remarkable precision. In this advanced device, it is possible to eer a screw-like surface and rotate so that it can easily approach the patie's blood vessels and provide unprecedeed efficiency.
According to experts, this technology can define new standards in the care of cerebral strokes and provide the possibility of landing at sensitive pois with the aim of accessing the brain and performing ierveions.
Despite the common new treatme efforts, researchers are still looking to create and design steerable devices to increase maneuverability. According to the researchers who made this device, magnetic fields can be actively guided and eliminate many existing limitations. One of the most importa advaages of the built robot is the possibility of placing it near the damaged area in the transradial artery. It can also become an ideal tool in minimally invasive surgeries. According to the researchers, this robot has been tested outside the body on a pair of embryos and its safety has been fully proven by testing on a living pig. By improving and developing such technologies, it is possible to pave the way for the construction and design of more advanced surgical robots in the future.
