При проведении исследований на опух

При проведении исследований на опухолях простаты мышей было показано, что высвобождение наночастиц лекарственного препарата и поглощение раковыми клетками простаты (в отличие от фибропластовых клеток обычной мыши) носило пролонгированный характер и зависело от водородного показателя среды. Размер опухоли и уровень антигена в сыворотке уменьшался при использовании описанной системы. Таким образом, можно сделать вывод, что разработка систем доставки антираковых лекарств на основе полимерных нанокомпозитов отечественного производства чрезвычайно актуальна и востребована. (возможно дополнение по необходимости

Результаты (английский) 1:

Studies on prostate tumors in mice has been shown to release drug nanoparticles and absorption of prostate cancer cells (as opposed to fibroplastovyh cells of normal mice) was prolonged in nature and depend on the pH of the medium. The size of the tumor and the level of Antigen in serum decreased when using the described system. Thus, it can be concluded that the development of anti-cancer drugs delivery systems based on polymer nanocomposites with domestically produced extremely acute and in demand. (perhaps addition on request

Результаты (английский) 2:

In studies on mice, tumors of the prostate has been shown that release of nanoparticulate drug absorption and prostate cancer cells (in contrast to normal mouse cells fibroplastovyh) was of a prolonged nature and depend on pH environment. Tumor size and level of antigen in the serum decreased when using the system described. Thus, we can conclude that the development of anti-cancer drug delivery systems based on polymeric nanocomposites domestic production and demand is extremely urgent. (possible addition of necessity

Результаты (английский) 3:

in research of prostate tumors in mice was shown.what release sold medical product and absorption of prostate cancerous cells (unlike фибропластовых cells of normal mice) was prolongs the nature and dependent on the hydrogenenvironment.the size of the tumor and the level of antigen in the serum decreased with the use of the described system. thus, we can concludedevelopment of drug delivery systems based on polymer антираковых нанокомпозитов national production is extremely important and desirable. (perhaps the addition of necessity