Biosynthesis of Carbon Nanoparticles and Their Potential Usefulness in Cancer Research and Biotechnology

The wrapped graphene sheets are used to create cylindrical Carbon Nanotubes (CNTs) which are carbon allotropes that have a nano-architecture. Graphene sheets are wrapped to create cylindrical carbon allotropes with a CNT nano-architecture. Considering the fascinating characteristics of CNTs has received a lot of interest from scientists throughout the years. Unique qualities such as the high degree of flexibility and the crucial length-to-diameter ratio with exceptional durability make it useful in many different applications. It is possible to modify the properties of CNTs by adjusting their distance, chirality, wall type, and time taken, which are dependent on the synthesis method. The numerous synthesis techniques for creating CNTs are in-depth discussed in this article. This study aims to investigate biosynthesis Carbon Nanoparticles (CNPs) with the eco-friendly methods and assess their use in biotechnology, including drug delivery, bioimaging, biosensing, etc. The review also includes descriptions of several characterization techniques. In addition, this study determines the principal or diverse biological synthesis approaches, physicochemical properties and functionalization methodologies of CNPs and their biocompatibility and prospects in biomedical and industrial applications. The use of CNTs in numerous technologically significant sectors is thoroughly covered. Finally, CNTs' potential features are discussed in light of their saleable use.