Biohybrid robots combine living tissue with synthetic materials, creating machines that can move, sense, and adapt like living organisms. These robots use muscle cells, neurons, or other biological components integrated with electronics and actuators.
Applications include medical devices that navigate the human body for targeted drug delivery, soft robots that mimic natural movements for search and rescue, and adaptive systems that respond to environmental changes. Biohybrid robots can perform tasks that traditional machines struggle with due to flexibility or energy efficiency constraints.
As research advances, biohybrid robotics could revolutionize healthcare, environmental monitoring, and robotics, creating machines that are both alive and engineered.
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