Elektro Çekim Yöntemi ile Çörek Otu ve Yün Yağı Takviyeli Yara Örtüsü Geliştirilmesi

Abstract

Wool, which is the most important of animal fibers, is used as 100% or as a blend in textile protection. Thanks to its structural features, there are technical textile applications as well as used in daily life. Within the scope of this study, wool oil (lanolin), a by-product occurs during the wool processing, was used in the production of medical textiles with high added value. Black seed oil was used as a supplement to add further properties to the developed wound dressings. As clearly stated in the literature, Nigella Sativa seeds and Nigella Sativa oil have been tested on humans and their positive effect on human health has been well established. It has been observed that black seed has a wound-healing effect apart from the treatment and prevention of diseases. The wound healing process is a successive mixed process, and the use of wound dressing which has a correct content and feature will shorten this process. There are various types of wound dressings, these are; antibacterial, alginate, composite, hydrogel etc. Recent researches show the importance of nanofiber wound dressings produced with the electrospinning technique. The electrospinning technique generally enables the formation of nanoscale fibers from the polymer solution by applying an electric force at the kV level under small flow rates to the polymer solution formed at certain concentrations. In this study, a nanofiber the formed solutions were measured with the viscosity meter and conductivity meter before starting production. As a result, a nano-fiber-based structure was successfully obtained from the blend of wool and black seed oil by using the electrospinning method.