Biological Molecules Based Nano Composites Synthesization Using De-Oxy Ribo Nucleic Acid

Abstract

Learning the nanocrystal formation process is a requirement for comprehending all fundamental aspects of three-dimensional confining in semiconductor materials. The most crucial details to be gleaned from growth based include the nanocrystals' dimensions, surface area, stoichiometry, structural, and interface design. Nanocrystal growth is intended to occur solely through thermodynamic deposition, followed by propagation in the immediate vicinity of the nanocluster, with no interplay between them. The proposed synthesization procedure utilizes De-oxy Ribo Nucleic Acid (DRNA) based processing for the preparation of nano composites with Zinc oxide. Repeated potential cycling process in acidic media is also performed for this catalyst and found excellent stability with only few drops in the wave potential. The strong fibrous framework of ZnO and its efficient functionalization process are credited with contributing to the excellent behaviour of the ZnO-DNRA catalyst. In the field of nanomedicine, it is very desirable for nanomaterials to have improved magnetic (i.e., paramagnetic or ultra-paramagnetic) characteristics, high electric conductance, and very well reactivity.