Ew.
Ew.
Ew!
This snakelike robot slithers down your lungs and could spot cancer
Excerpted...
Researchers in the United Kingdom have developed an autonomous, snakelike robot designed to slither down human lungs into places that are difficult for medical professionals to reach. The tool could improve the detection and treatment of lung cancer and other pulmonary diseases.
In a medical paper released in the journal of Soft Robotics last week, scientists from the University of Leeds unveiled a new “magnetic tentacle robot,” which is composed of magnetic discs and is roughly 2 millimeters thick — about double the size of a ballpoint pen tip — and less than a-tenth-of-an-inch long.
In the future, the robot’s use could be expanded to help doctors better, and more thoroughly, investigate other organs, such as the human heart, kidney or pancreas, they said.
“It’s creepy,” Pietro Valdastri, the project’s lead researcher and chair of robotics and autonomous systems at the University of Leeds, said in an interview. “But my goal … is to find a way to reach as deep as possible inside the human body in the least invasive way as possible.”
Ew.
Ew!
This snakelike robot slithers down your lungs and could spot cancer
Excerpted...
Researchers in the United Kingdom have developed an autonomous, snakelike robot designed to slither down human lungs into places that are difficult for medical professionals to reach. The tool could improve the detection and treatment of lung cancer and other pulmonary diseases.
In a medical paper released in the journal of Soft Robotics last week, scientists from the University of Leeds unveiled a new “magnetic tentacle robot,” which is composed of magnetic discs and is roughly 2 millimeters thick — about double the size of a ballpoint pen tip — and less than a-tenth-of-an-inch long.
In the future, the robot’s use could be expanded to help doctors better, and more thoroughly, investigate other organs, such as the human heart, kidney or pancreas, they said.
“It’s creepy,” Pietro Valdastri, the project’s lead researcher and chair of robotics and autonomous systems at the University of Leeds, said in an interview. “But my goal … is to find a way to reach as deep as possible inside the human body in the least invasive way as possible.”