Development and in vitro evaluation of nanoactive substance-loaded hemp fabric

Nanotechnological terminology, the successive dwarfs that come from nano are derived from them and are applied at a level that meets engineering production policies. Nanotechnology includes the operation and classification of chemical, physical and biological systems with flexible structures down to submicron sizes between single atoms or molecules, and also the study of the resulting nanostructures with larger systems. It is a multidisciplinary field of science that develops with nanotechnology. The birth of nanotechnology includes many fields of study in medicine, chemistry, physics, biology, genomics and robotics. Due to its high surface-to-volume ratio, it provides suitable efficiency, faster-working mechanical, chemical and biological solutions. Diseases such as nanoparticles (NPs), pharmacokinetics of various drug molecules, pharmacodynamic properties were used as a physical treatment for change and distribution. Currently, the synthesis of metal NPs is broken down into many physical and chemical. All chemical and physical processes studied are energy-intensive industrial ways. These choices make the synthesis laboratory ecologically dangerous and better, but also reduce the recording in biology, medicine and clinical fields. The recently emerged field of nanotechnology is a field that develops by providing the application of advanced methods in industrial structures. In order to meet the increasing demand in various sectors, there is a need for an economical, commercially viable, simple, fast and at the same time environmentally friendly, sustainable way to work for the synthesis of metal NPs. As a result of this situation, many successful studies have been carried out in recent years by focusing on the green synthesis method. The initiation of this thesis was the synthesis of silver and copper oxide NPs from hemp wastes with the green synthesis method and their integration into hemp fabrics, and the biological properties of these nanoactive substance loaded fabrics were investigated in vitro. Keywords: Nanotechnology, Copper Oxide Nanoparticle, Silver Oxide Nanoparticle, Green Synthesis, Biological Activity, Hemp