Wyss Institute unveils "Neurobots" with self-organizing nervous systems

Neurobots represent a fundamental shift in synthetic biology by proving that biological cells possess a "collective intelligence" capable of building functional neural networks outside of a standard embryonic context.

• –Integration of neural networks enables sophisticated, non-linear movement patterns and autonomous course corrections compared to previous passive biobots.
• –Research revealed the surprise upregulation of over 6,700 genes, including those for visual perception (rhodopsin), suggesting latent biological capabilities triggered by novel body plans.
• –The project provides a roadmap for "embodied intelligence," where the physical form and internal signaling work together to process information without a centralized brain.
• –Potential applications in regenerative medicine are vast, with future human-cell iterations potentially used to repair spinal cord damage or clear arterial plaques.