US micro-robotic systems carry syringes into the spinal cord

US scientists have created a micro-magnetic robot system that can swim in blood vessels and spinal cord, carry an electric syringe from a syringe or dissolve blood clots in the body.

The microscope inserts the syringe into the spinal cord

According to Business Insider, researchers at Boston Children's Hospital and the University of Houston , USA introduced the robot system last month.

Doctors move the robot to the body and to places where fluid is trapped or blocked. This robot will inject drugs directly into the affected area or dissolve the blood clots, the IEEE Spectrum Institute of Electrical and Electronic Engineering said. These robots are not actually used in the body, so the IEEE demonstrates video with robots operating in water.

Electromagnetic electrodes are also referred to as Gaussian guns, named after mathematician Carl Friedrich Gauss. The trio of robots act as triggerers, guns and warheads. They move, accelerate and fire through the coils wrapped around the shaft.

These robots have squares that are attached to the top of the magnet. Robot No. 1 move, hitting the back of the robot 2 and magnetism from magnet to magnet of your other robots. Finally, they hit robot number 3.

This robot gets enough power to spread the drug out. In the video, the scientists presented the activity of groups of two and three robots, but they suggested that three robots work together more efficiently.