In a groundbreaking study, scientists have successfully created tiny living robots from human cells, capable of movement in a lab setting and showing potential for future tissue and wound healing. These innovative creations, named "anthrobots," were developed by a collaborative team of students from Harvard University's Wyss Institute and Tufts University. This research builds upon the scientists' previous work in creating the first living robots, known as "xenobots," using stem cells derived from African clawed frog embryos. The study challenges the notion that these capabilities are exclusive to embryos or amphibians, highlighting the broader potential of living cells.

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The anthrobots, although not full-fledged organisms, demonstrated remarkable capabilities. This development challenges traditional binary categorizations of robots, animals, and machines, emphasizing the need to expand our understanding of these entities. Published in the journal Advanced Science, this research represents a significant advancement in the field of bioengineering, opening doors to potential future applications in healing and regenerative medicine.