European Journal of Molecular & Clinical Medicine

Objective: Selection of an effective method of delivery for mother and child in pregnant women with gestational diabetes. The retrospective group included 67 women who passed through the regional perinatal center, city maternity complex and family clinics No. 5, No. 6 of the city of Bukhara in the periods from 2016 to 2018. The main (prospect) group consisted of 68 women whose pregnancy proceeded against the background of overt or gestational diabetes mellitus (GDM). The control group consisted of 36 women whose pregnancy proceeded physiologically. As a result of the study, the course of pregnancy and childbirth according to the history of childbirth and own observations revealed that in all (60%) pregnant women with GDM, pregnancy and childbirth proceeded with any complications, like in the mother and the fetus. Thus, pregnancy proceeded against the background of corrected diabetes with the use of the optimal insulin regimen and rational diet therapy, the absence of signs of diabetic fetopathy, then in this category of pregnant women, the delivery through the birth canal is considered the best option.

Nanotechnology has laid the foundation to nanomedicine production and still appears the cornerstone for ongoing global medical studies, since at nanometric scale the physical properties of materials vary, resulting in innovative magnetic, biochemical, visual and electrical characteristics. In addition to the huge amount of funds and capital, the emergence of new medicinal products against the changed pathological condition of our bodies is also challenging in view of maximum rate of failure. The modifications with in structures of products in nano particle form, altered the way of diagnosis and treatment of destructive human diseases by using medicines capable in effective management by modifying the step of discharge, delivery and disposal in the body. Smart nanoparticles are such one of the most demanding nano systems for drug delivery to targeted genes that can overcome the problems during treatment itself. Present review paper discussed the types and uses of various types of response-based smart nanoparticles to drug delivery practices.