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Information × Registration Number 0217U000461, 0115U002477 , R & D reports Title Development of coatings for wounds with prolonhyrovannыm lechebnыm and antymykrobnыm act in netkanыh bases IZ otechestvennoho textile raw materials popup.stage_title Head Nataliya Suprun, Registration Date 03-02-2017 Organization Kiev state university of technology and design popup.description2 In Ukraine today there is an increased demand for modern wound dressings, in the meantime, their range of products in the medical market are almost exclusively imported goods that have a high price. Development of modern dressings with prolonged action will contribute to ensuring the population with necessary medicines, to create conditions for active wound healing help to reduce the period of hospitalization of patients will have a significant impact on the final cost of the treatment of patients and their quality of life. For the first time systematization and data bank components of modern wound dressings created: different types of textile supports, pharmaceuticals, synthetic and natural biocides with the determination of the chemical composition of the active substance. The technique of ecological safety of biocide treatment of textile supports wound dressings using nanosilver, a study of the structure and properties of the nanomodifikovanih nonwoven webs. Mathematical modeling and developed a discrete model of distribution of water surface and bulk structure of the textile material, allows to predict the state of moist dressings at an arbitrary time, the geometric parameters of the wetted surface, the end time of the process of spreading the moisture concentration of the liquid material in any place. Dependences which allow to predict the release rate of certain prolongovannist and therapeutic action of drugs introduced in the base fabric, the processes of their accumulation in the affected tissue. For the first time synthesized nanocomposite hydrogels for wound coverings based on natural polysaccharides, agar-agar and sodium alginate filled galloizitnimy aluminosilicate nanotubes with introduced antimicrobial and medicinal substances which have no analogues in the domestic market of wound dressings, their structural and morphological and spectral properties. Inhibited experimentally established drugs allocation of these systems release kinetics of methylene blue as a test substance in solution. With the use of the non-woven technology produced a wide range of textile supports for intraoral wound coverings with prolonged healing and antimicrobial action. The method of immobilization in the structure of environmental safety of biocides, including silver nanoparticles, mestnoanesteziruyuschih and therapeutic drugs .. A number of experimental samples of antimicrobial and prophylactic textile fabrics, makes it possible to expand the segment of domestic products on-demand medical products market. Product Description popup.authors - Василенко Іван Юрійович - Василенко Вікторія Миколаївна - Крижановська Олександра Петрівна - Кучеренко Валентина Іванівна - Литвинова Ольга Ігорівна - Мархай Марина Анатоліївна - Супрун Владислав Валерійович - Супрун Наталія Петрівна - Якубовська Тамара Олександрівна -Бричка Сергій Якович Щуцька Ганна Володимирівна popup.nrat_date 2020-04-02 Close