New Approach Graphene Oxide and Graphene Quantum Dots Based Nanocarriers for Treatment of Blood Cancer

In the Last years, graphene oxide and graphene quantum dots (GQDs) have received developed consideration due to their attributes such as small size and lightweight, fluorescence detection, liquid solvability, biomedicine, photo sensors, drug delivery, gene delivery, and cancer therapy refers to new approaches. Graphene quantum dots are fluorescent Graphene nanostructures with sizes Low. The fluorescence in GQDs emanates through two original fluorescence emissions from bond fracture energy transmission of interlace π-domains and in this material from surface deficiency. The GQDs have found applications in multiple areas such as nanomedicine. The GQDs have less toxicity and other particular properties in comparison to materials, quantum dots which make them superior properties for medical applications. In this review, the synthesis and fluorescence properties of the GQDs are illuminated and the latest progress in GQDs, Breast cancer therapy, their potential to pass Control Breast cancer, and Drug delivery are discussed. In this work, all studies and research are presented in the literature related to Blood cancer fighting using graphene and graphenebased conjugates. Performed a comprehensive summary of the latest progress of the graphene Blood cancer fight and highlighted the future challenges and the innovative possible theranostic applications.