Xenobots are synthetic organisms composed of living cells derived from frog embryos, specifically engineered to perform predefined biological tasks through the manipulation of cell behavior and organization.
Addressing challenges in micro-scale robotics and biotechnology by providing a living alternative to traditional non-living robots for applications such as drug delivery, environmental cleanup, and medical diagnostics.
Xenobots are created by assembling individual cardiac muscle cells into specific shapes, which are then programmed using algorithms that control their mechanical movements. These programmable structures can move, sense their environment, and even collaborate with each other to perform tasks like transporting objects or healing wounds.
Xenobots are manufactured through a combination of cell biology techniques and computational design. Cells are individually selected, cultured, and then assembled into desired shapes using microfabrication tools.
Cells from the African clawed frog (Xenopus laevis) are isolated and cultured in a dish. Using micro-manipulation techniques, these cells are then shaped and arranged to form the Xenobot structure. The final assembly is done under controlled conditions to ensure proper cell-to-cell interactions.
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