As one of the most versatile materials, graphene continues to advance in several fields, from medicine and drug delivery systems to biosensors and ocular applications. This highly regarded nanomaterial has become notorious for its remarkable physicochemical properties. With novel traction in optics over recent years, this area requires an overview in the form of graphene lenses.
Nanocomposites that utilize carbon nanotubes, graphene and nanoparticles have been investigated with various roles in the development of POC biosensors.
With the advancement in nanomedicine, developing a less risky and invasive procedure for assessing kidney tissue for diagnostic purposes has become a priority.