Fabrication of Helical Microbot Using Sustainable Composites

Emulating biological processes can help microbots function much better. While many microbots are modeled after E. coli bacteria and have stiff structures, these designs can harm neighboring tissues, limiting their use in medicine delivery and cancer therapy. To overcome this challenge, researchers created adaptable microbots for usage in confined locations. This work introduces a helical microbot constructed from Ocimum sanctum starch and graphene nanoparticles. This work describes the characterization and development of a biodegradable microbot, emphasizing its potential for advanced applications in precision medicine, medication administration, and diagnostics.