In a fascinating leap forward for synthetic biology, Tufts University researchers, guided by biologist Michael Levin, have cultivated what they term “anthrobots” from human cells. This development builds upon their earlier creation, xenobots, albeit with a significant twist. Anthrobots are crafted from human lung tissue cells, exhibiting behavior and forms that suggest a novel classification of life-like structures, potentially marking a new frontier in medical science and bioengineering.
These microscopic entities are not mere cellular arrangements; anthrobots are an engineered phenomenon. Their ability to move is attributed to the presence of cilia, tiny hairlike projections, which enable them to traverse through liquids in a coordinated, life-like manner. Their structure and dynamic motion blur the lines between organic life and mechanical function, positioning them at the cusp of a new category of biological automatons.
選擇“Disable on www.wenxuecity.com”
選擇“don't run on pages on this domain”
