Nanobiomaterials with Conductive Properties for Biomedical Applications

Conductive nanobiomaterials (CNBs) have gained significant attention in the discipline of biomedicine due to their distinctive electrical and mechanical characteristics. These materials are superior to conventional materials in many ways, and they offer tremendous possibilities in a series of biomedical applications. The several types of CNBs, comprising metallic, carbon-based, and organic materials, as well as their characteristics and manufacturing processes, have been covered in this review. In addition, we have emphasized the application of CNBs in biosensors, drug transport, and regenerative medicine, demonstrating their potential for advancing medical therapies, diagnostics, and tissue engineering. CNBs offer an extremely adaptable system for the development of advanced biomedical devices and therapies, and future research will undoubtedly unveil even more opportunities for their use in biomedicine.