Tiny robots made from human cells heal damaged tissue

Researchers have created biological “robots” in the hope that they can circulate inside the body to regenerate damaged tissue.

Tiny living ‘bio-robots’ developed to crawl into our bodies to potentially mend broken spines, clear arteries or rewire neurons

Tiny bio-robots that could crawl inside the body to mend a broken spine, clear the arteries or rewire lost neurons in Alzheimer’s patients have been developed by scientists.

Robots Made from Human Cells Can Move on Their Own and Heal Wounds

Researchers have created “anthrobots” out of human lung cells that are capable of moving independently and even healing damaged tissue

Científicos crean pequeños robots de células humanas que son capaces de regenerar tejidos - La Opinión

Los Anthrobots son pequeños robots biológicos hechos de células traqueales humanas, capaces de estimular el crecimiento de neuronas dañadas y ahora son clave para la regeneración y curación de tejidos

Anthrobots: Human Cell-Derived Tiny Robots Leave Scientists Surprised

Anthrobots, constructed from human tracheal cells, are bio-robots that possess self-assembly capabilities, enabling movement and promoting the growth of neurons.

Scientists at Tufts University and Harvard University have created tiny biological robots from human tracheal cells. According to an article published in the journal Advanced Science, anthrobots can move across the surface of other cells in different ways and stimulate cell growth at the site of nerve tissue damage. The study is a continuation of a previous experiment in which scientists developed multicellular biological robots called xenobots …