Karmactive Staff
Photo Source: Wiley
Anthrobots, engineered from human tracheal cells, are pioneering a new era in biobotics.
Karmactive Staff
Photo Source: Wiley
These micro-robots, varying from 30 to 500 micrometers, demonstrate remarkable healing effects on other cells.
Karmactive Staff
Photo Source: Wiley
No genetic modification is involved; Anthrobots are purely a product of adult human cell ingenuity.
Karmactive Staff
Photo Source: Wiley
Gizem Gumuskaya, a Ph.D. student, plays a pivotal role in translating cellular potential into structural realities.
Karmactive Staff
Photo Source: Wiley
The ability of Anthrobots to bridge gaps in human neuronal layers opens doors for groundbreaking therapies.
Karmactive Staff
Photo Source: Wiley
The cilia on these cells are key, propelling the Anthrobots across surfaces in diverse patterns.
Karmactive Staff
Photo Source: Wiley
"Superbots," clustered Anthrobot assemblies, show promising results in neuron growth and tissue repair.
Karmactive Staff
Photo Source: Wiley
Michael Levin highlights Anthrobots' potential for in-body navigation and engineered tissue construction.
Karmactive Staff
Photo Source: Wiley
With their natural biodegradation, Anthrobots offer a safe, immune response-free solution in medical applications.
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