What is the concept of biohybrid robotics, and how do biohybrid systems integrate living cells, tissues, or biological components with synthetic materials or robotic platforms to create hybrid entities with enhanced functionality and adaptability for biomedical applications, regenerative medicine, or bioengineering?

Biohybrid robotics combines biological components with synthetic materials or robotic platforms to create hybrid systems with biomimetic properties and functionalities. These systems integrate living cells, tissues, or biological structures with artificial scaffolds, actuators, or sensors to create biohybrid entities that exhibit enhanced adaptability, responsiveness, or biocompatibility for applications such as tissue engineering, drug delivery, or bio-inspired robotics.