The stability and stability kinetics drug of piracetam active substance in the ampoule

Chemical name 2- (2-oxopyrrolidin-1-yl) acetamide and the molecular formula C6H10N2O2 Piracetam, learning is a process as nootropic drugs that improve memory and attention. Piracetam has functions that increase the physical and mental performance of functions related to learning, memory, attention, and consciousness. Apart from these neural effects, it is also important in the treatment of parkinson's, dyslexia and epilepsy. In the early stages of the disease, nocturnal myoclonus (sleep periodic movement disorder) is a successful therapeutic feature in the treatment of Parkinson's disease due to syndrome. In this study the stability and stability kinetics of the active substance and the drug were investigated. Stability studies were conducted at the temperatures of 50°C, 60°C, 70°C and 80°C. Long term, intermediate conditions and accelerated stability of the pharmaceutical product at different temperatures were followed. The active substance intended to be stored protected from light in the UV and daylight conditions light stability test results in reductions in the applied concentration is subjected to stress conditions were investigated. Drug, isotonic sodium chloride (0.9%), dextrose (5%, 10 % and 20 %), the stability of the solution has been studied to use, has not been determined incompatibility with solutions. As a result of the stability and stability kinetics study, Piracetam and drug were found to be compatible with the first degree reaction rate model and chemically shelf life was calculated. Using the obtained values, the shelf life of the active substance was determined to be 41 months and protected from light as a result of four different temperature decomposition.