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Nano grafting combined with an atomic force microscopy based on lithography technique in the surface physical chemistry. These are self-assembled monolayers and multilayers using Nano grafting to place unknown molecules into a matrix with known structure. The availability of an internal standard in situ allows the unknown structures to be imaged and quantified. The same approaches are applied to reveal the orientation and packing of biomolecules like ligands, DNA, and proteins upon immobilization on surfaces. Nano grafting enables systematic investigations of size dependent mechanics at the nanometer scale by producing a series of designed nanostructures. And these structures with bio recognition and protein immobilization can produce ligand nanostructures. The regulation of the surface reaction mechanism, kinetics, and products is also demonstrated using Nano grafting.
Nanomaterial chemistry and technology is a global open access journal maintaining high standards of scientific excellence and its editorial board ensures a rapid peer review process and Nanomaterial chemistry and technology welcomes all research works on Nano grafting. And also as well as case reports on Nano-medicine, articles on Nano-scale materials, research on Nano robotics, research on nanoparticles, and also deals with the Nano science and technology journals.
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