Research Projects

The mode of CLnA implementation in the biological models was modified to nanoemulsion and conventional formulations for better absorption, lesser auto-oxidation and providing technological dimension for pragmatic and clinical relevance. Methodology developed can also be commercialized as a low cost high impact technology for similar studies on bioactive lipids. Emphasis was laid on providing empirical evidence to establish the positive implications of nano-sized CLnA formulations which showed higher efficacy over micron-sized systems, irrespective of the fact that the composition of all the formulations was maintained constant. Additionally, real-time flow cytometric data was provided to show that nano-sized bioactive lipids, CLnA, are rapidly internalized and metabolized with enhanced prophylactic and therapeutic effects than micron-sized CLnA.

The results of the study showed that the optimum dosage values for feeding of lipid nano/micro emulsions have been standardized to counter-alloxan induced diabetes in Charles foster strain rats.