Preparation of Zein/CNT@PVA nano-fibers contains Chamomilla extract to electrospinning method for the treatment of wound and burn

Carriers of transfer Protein have many advantages over lipid carriers, carbohydrates, and synthesis polymers in terms of availability, biodegradability and high transplant capacity.1 The electrospinning is a simple technique that is not for creating Ultra fine fibers in the form of a woven net. The fiber obtained from electrospinning can be used as novel carriers for targeted drug delivery and encapsulation of sensitive compounds.2 An appropriate cover for wound should be biocompatible, biodegradable, accelerated of wound healing, and so on.3 Zeine is the primary source of corn protein.4 Chamomilla extract has several properties such as healer, Disinfectant, anti-inflammatory, Treat acne and anti-itching.5 Polyvinyl alcohol is a biocompatible and biodegradable polymer that during adding to the materials, increases the hydrophilicity due to the carboxyl group.6 Carbon Nanotubes (CNTS) have amazing and tremendous properties in various fields; the properties of nanotubes with functionalization are modified by chemical compounds. Using electrospinning, The nanofiber including zein, single wall carbon nanotube (SWCNTs), poly (vinyl alcohol) containing chamomile extracts and fiber properties were investigated using FT-IR, TGA-DTA, Zeta potential, tensile strength, MTT. The purpose of this study is to find a new method using nanotechnology and its effects on the process of wound and burn reconstruction

Keywords:

Wound , Biocompatible , Biodegradable , CNT , Zein , Polyvinyl alcohol