New synthesized Graphene Oxide nanocomposites as a unique antibacterial tool

Graphene Oxide (GO) has unique and useful features which prepare it of interest for use in biosensors. But, GO interacts highly with hydrophobic components of biomolecules, changing their conformation and ruins their biological potency. Water-soluble and uniform “graphene oxide/ phosphoramide ligands” (GO/L) nanocomposites could be synthesized by a cursory approach without any need for additional reductants. In fact, they are potential to provide much better biological properties, like, enzyme immobilization, anti-bacterial and antifungal activity, in comparison to that of bare GO and bare phosphoraimide. In the provided study, an in-depth research of a graphene oxide (GO) based membrane, in which GO acts as the bed for the phosphoramide ligands and acts against an environmental bacteria called Gluconacetobacter xylinus( G.xylinus), is presented. In conclusion, the results showed that the GO/ L films have more potency as biological tools compared to bare GO and phosphoramide ligands, which is crucially important in industry, especially agricultural ones.

Keywords:

Graphene Oxide , Phosphoramides , Gluconacetobacter xylinus , AFM analyze