Stability and Stabilization of Pabialgin (Cibalgin) Liquid Preparation

Journal Title: Open Access Journal of Pharmaceutical Research - Year 2021, Vol 5, Issue 3

Abstract

Shelf-life time was supposed to be determined for active principles of original Pabialgin® (Cibalgin®) drops (allobarbital, aminophenazone) and for its stabilized liquid formulation using accelerated testing at elevated temperatures. The paper chromatography-spectrophotometric selective method was used for the determination of allobarbital and aminophenazone in presence of themselves as well as solubilisates and antioxidants. The semi-logarithmic Arrhenius equation was used to calculate shelf-life times at ambient temperature, from apparent first-order rate constants, determined at elevated temperatures. Since shelf-life times of allobarbital and aminophenazone in original pabialgin® liquid formulation were not satisfactory certain stabilization attempts were undertaken. First of all, water as a solvent was replaced with glycerol to inhibit a hydrolytic pathway of allobarbital degradation, and some antioxidants were introduced to stabilize photo-oxidation processes involved in the degradation of aminophenazone. It resulted in an unusual increase in shelf-life times of the abovementioned active principles. Aminophenazone is now replaced with propyphenazone in the so-called neo pabialgin P, because it can be transformed into a potentially cancerous nitrosamine. However, propyphenazone is also a derivative of 1-phenyl2,3-dimethylpyrazolone-5 similar to aminophenazone. Therefore, it should be also susceptible to oxidative processes and our findings could be used within the framework of pharmaceutical work to stabilize pabialgin P as well. A new stabilization technology of pabialgin has been successfully patented.

Authors and Affiliations

Hermann J1 and Hermann TW2*

Keywords

Related Articles

Chikungunya Emerging Health Crises in Pakistan: Are we Going in the Right Direction

The unstable health care system of Pakistan saw a major setback in the form of dengue outbreak in 2011. Despite massive governmental efforts, with each passing year dengue continues to cause significant morbidity and mo...

G-Reactor at Micro-Plant

The stirrer reactor govern the industrial pharmaceutical productions up to the present, however the complex transmission systems may increase the costs exponentially with the power rates and the hermetic rector sealing....

Bioactive Potential of Some Fascinating Edible Mushrooms Flammulina, Lyophyllum, Agaricus, Boletus, Letinula, Pleurotus as a Treasure of Multipurpose Therapeutic Natural Product

Since ancient times, several edible mushrooms have been reported as a nutritious food with valuable medicinal properties. The genera Flammulina; Lyophyllum; Agaricus; Boletus; Letinula and Pleurotus are a group of edibl...

Determinants of Contraceptive Utilization among Married Women

We studied the literature available on contraceptive methods to check their prevalence and efficiency. Contraceptive methods influence the fertility reduction. Commonly used contraceptive methods include intrauterine de...

Marine Algae as a Precursor for Eco-Friendly Synthesis of Nanoparticles

In the last decade, researchers were developing different types of nanoparticles and exploring more and more applications that made this area of research so promising and very active. Actually, many techniques can be fo...

Download PDF file
  • EP ID EP748586
  • DOI 10.23880/oajpr-16000250
  • Views 67
  • Downloads 0

How To Cite

Hermann J1 and Hermann TW2* (2021). Stability and Stabilization of Pabialgin (Cibalgin) Liquid Preparation. Open Access Journal of Pharmaceutical Research, 5(3), -. https://europub.co.uk/articles/-A-748586