nano-tubes. Different nanoparticles that are used in the treatment of targeted cancer shown in Figure 1. Innovations in nanotechnology assure to renovate synthesis of drugs, drug delivery, and clinical trials. By knowing how the materials work perversely at a particular cell or component, investigators are exposing the huge therapeutic potential of nanoscale approaches [4]. Though the plentiful study is quiet in its initial periods, researchers and investigators are producing innovative tools and evolving novel approaches for fundamental study areas for the synthesis of

nano-tubes. Different nanoparticles that are used in the treatment of targeted cancer shown in Figure 1. Innovations in nanotechnology assure to renovate synthesis of drugs, drug delivery, and clinical trials. By knowing how the materials work perversely at a particular cell or component, investigators are exposing the huge therapeutic potential of nanoscale approaches [4]. Though the plentiful study is quiet in its initial periods, researchers and investigators are producing innovative tools and evolving novel approaches for fundamental study areas for the synthesis of