Antidiabetic evaluation of bioflavonoid nanopar ticles selection technique by using the analytic hierarchy process

Abstract

The aim of this study was to a choice most exceptional technique for the development of antidiabetic nanoparticles encompass natural polymer particles using the Analytic Hierarchy Process (AHP). In our method of selection may be lead to waste of time, loss of products and financial resources. Based on the above reasons, AHP has employed to discover the appropriate method. In the AHP, a special hierarchy was built with a goal for alternatives. After constructing the AHP, the expert select software was used to calculate the overall priority of criteria, sub-criteria and options. The best alternative selected was founded on the highest priority. Based on the Nanoscale to formulate and evaluate antidiabetic nanoparticles encompasses natural polymer particles, and it shows the particle size Polydispersity Index and zeta potential were within acceptable limits. Drug content and entrapment efficiencies were 94.16% and 86.14%, respectively. Our study concludes that AHP was the feasible and real tool for choosing the most suitable method for the formulation and evaluation of antidiabetic nanoparticles.