ABSTRACT
Biomaterial has emerged as an exciting area that brings attention to more scientific research and its enormous prospect in many applications stimulating the broader interest in biomaterial technology. Bionanomaterials can be integrated into graphene 2-D structures to get exceptional properties in composite form. In the present scenario, the advancement of nanomaterials has excellent potential in different applications such as biosensors, electrochemical devices, rechargeable batteries, etc. Due to its large surface area, high mechanical strength, excellent electron transfer rate, outstanding carrier mobility, and capacitance. In this chapter, graphene, along with its structure and properties, is discussed in detail. Also, this chapter presents an overview of the advanced synthesis process of Graphene-Nanoparticles composites and the issues faced so far. The importance of Graphene-Nanomaterial composite in the medical field and other applications are also highlighted here. Moreover, significant challenges and future prospects are discussed.
