Методом радикальной полимеризации в

Методом радикальной полимеризации впервые будут получены полимерные композиционные минерал-содержащие материалы, модифицированные ионами серебра и специальными лекарственными препаратами, впервые будет проведено исследование влияния рецептурных параметров получения новых полимерных композиционных материалов радикальной полимеризацией в водной среде на время начала гелеобразования и исследовано различие в свойствах полимеров, получаемых в разных условиях; исследована кинетика сорбции полимерных композиционных материалов на основе акриловой полимерной матрицы и Ag-модифицированных частиц бентонита в плазмозамещающих и физиологических жидкостях; исследовано влияние модифицированных серебром частиц бентонита в составе полимерной композиционной матрицы на течение раневого процесса и время заживления ран; проведены первичные доклинические испытания. Для исследования полученных в работе полимерных композиционных минерал-содержащих материалов будут применены физико-химические и биологические методы исследования, в частности, ИК-спектроскопия, атомно-силовая микроскопия, рентгено-флуоресцентный анализ, дифференциально-сканирующая спектроскопия, методы исследования на биосовместимость и биостатичность и определения минимальной ингибирующей концентрации вещества и др.

Результаты (английский) 1:

By free radical polymerization polymer composite would be available for the first time mineral-containing materials, modified silver ions and special medicines, for the first time, a study will be undertaken of the impact of prescription options for obtaining new polymeric composite materials radical polymerization in aqueous medium at the time of the beginning geleoTing scheme and investigated the difference in the properties of the polymers derived under different conditions; Sorption kinetics of polymer composite material based on acrylic polymer matrix and Ag-modified bentonite particles in plasma substitutional and body fluids; the influence of modified silver particles of bentonite composed of polymer matrix composite on the course of the wound process and healing time; conducted pre-clinical trials. primary For research work derived polymer composite mineral-containing materials will be processed according to the physico-chemical and biological research methods, in particular, IR-spectroscopy, atomic force microscopy, x-ray fluorescence analysis, differential-scanning spectroscopy, research methods on the biocompatibility and biostatičnost′ and determine the minimal inhibiting concentration of the substance, etc.

Результаты (английский) 2:

By radical polymerization will be first prepared polymer composite mineral-containing materials modified by the silver ions and specific medicaments will be first studied the influence of prescription parameter obtaining new polymeric composites radical polymerization in an aqueous medium at the start of gelation and investigated the difference in the properties of the polymers produced under various conditions; The kinetics of sorption of polymer composite materials based on acrylic polymer matrix and Ag-modified bentonite particles in the plasma-and body fluids; The influence of modified bentonite particles of silver in the composition of the polymer composite matrix for wound healing process and the healing of wounds; conducted initial pre-clinical trials. For the study obtained in the polymer composite mineral-containing materials are applied physico-chemical and biological methods of research, such as infrared spectroscopy, atomic force microscopy, X-ray fluorescence analysis, differential scanning spectroscopy, methods of research on the biocompatibility and biostatichnost and determining the minimum inhibitory concentration of agent and other.

Результаты (английский) 3:

method of radical polymerization for the first time will be obtained polymer composite mineral containing material modified ions of silver and special medicines.for the first time will be a study of the influence of the parameters of new high polymer composite material radical полимеризацией in the aquatic environment at the time of гелеобразования and examinedon the properties of polymersobtained in different conditions.we investigated the means of sorption kinetics of polymer composite material based on acrylic polymer matrix and particles of ag - modified bentonite in плазмозамещающих and physiological fluids.influence of modified bentonite in silver particles consisting of polymer matrix on the композиционной wound process and the time of healing; held primary доклинические test.for the study of the polymeric composite mineral containing materials are subjected to physico-chemical and biological research methods, in particular, ir spectroscopy.atomic force microscope, рентгено - fluorescent analysis, дифференциально - scanning spectroscopy.the methods of study on the biocompatibility and биостатичность and determine the minimum ингибирующей concentrations of substances and others.