Application Potential of Nanomaterials in Healthcare

Nanomaterials possess breakthrough potential in health interventions due to their unique quantum effects, high surface area-to-volume ratio, and controllable physicochemical properties. NanoVita's current focus is on their application in enhancing human function, accelerating physiological recovery, and optimizing long-term health performance, with key material systems including:

• Two-Dimensional Materials

Focusing on graphene and its derivatives to explore their application in bioelectric interface regulation and thermal management due to their high thermal conductivity, mechanical strength, and electrochemical properties.

• One-Dimensional Nanomaterials

Such as carbon nanotubes, studying the potential impact of their structure on bioelectric signal conduction and regulation.

• Functional Nanoceramics and Polymers

Focusing on their performance in biocompatibility, flexible wearables, and degradable biological scaffolds.

• Metal and Semiconductor Nanoparticles

Exploring their roles in antibacterial activity, biosensing signal amplification, and local microenvironment modulation.