Scientists presented antibacterial fabrics
At the University of North Carolina engineers in the field of nuclear and textile technology together with scientists from Egypt to create a tissue having a permanent anti-bacterial properties.
On the creation of a new generation of antibacterial fabrics work Dr. Mohamed A. Burhia (Mohamed A. Bourham), professor of nuclear energy, and Dr. Marian G. McCord (Marian G. McCord), associate professor of chemical engineering and bioengineering fibrous materials, and Professor Samiha Gavish (Samiha Gawish) and Ameera Ramadan (Ameera Ramadan) of the National Research Center in Cairo (Egypt).
Using atmospheric plasma and chemical catalyst glycidyl (GMA) to break the molecular bonds of tissues, the research team was able to successfully enter into the molecular structure of the tissue antimicrobial agents, creating a permanent bond between the fabric and antimicrobial components so that the wash and wear fabric does not reduce its effectiveness. #39;This method can be applied in a variety of areas - says Dr. Burhia. - For example, you can create a wool that will not have a mole, or cotton and synthetic materials for use in locations such as a hospital, where the bacteria are dangerous. The project, sponsored by the National Science Foundation and the U.S. Department of State through the U.S.
Embassy in Egypt, has great potential for the defense sector, national security and health care.
