use of essential oil of laurus nobilis to obtain antibacterial sutures

摘要

the present invention relates to the use of the essential oil extracted from laurus nobilis to produce stitches are.this oil is widely used in the pharmaceutical field as analgesic, antiseptic, antiviral, antibacterial and anti infective.it is also used in the preparation of hair lotions for anti dandruff activity and for the treatment of some skin diseases.the plant of laurus nobilis is abundant in the north and coastal regions of tunisia.we propose a new use of this oil in the textile sector, medical use, in this case, for the lubrication of stitches.the boy must have special properties to effectively contribute to the healing of the wound.beyond the mechanical properties, physiological characteristics, such as the absorption and the antibacterial effect was also assessed.in this application, we present the methodology developed to produce antibacterial yarn based on essential oil of laurus nobilis extract.it can be summarized in two parts: the extraction of oil and the implementation of the oil to the surface of a wire in a pet.the extraction technique was used to extract the laurus nobilis oil is the steam distillation, which is appropriate from the point of view of efficiency and quality of oil.in addition, a number of solvents used in the extraction process, and the separation of the essential oil of the extrudu00e2t.the method of oil extraction proposed in this patent is the use of solvents in class 3.in fact, according to the world organization food and drug administration, the solvents of class iii are biocompatible and can be used without limitation of quantities in the human body.the process of implementation of the oil to the surface of the suture is optimized for optimum quality of the finished product.we will present in this patent the optimum conditions that we have identified for the application of the oil.the basic mechanical properties required by the united states pharmacopoeia, and the antibacterial effect of the wires are adhered to.