ROLE OF SELECTED MEDICINAL PLANTS IN DIABETICS: AN EVALUATION BY (G^'/G)– EXPANSION AND HOMOTOPY ANALYSIS METHODS

Diabetes Mellitus (DM) is a chronic disease characterized by a deficiency in insulin production and its action or both.  There are a number of herbal medicines have been recommended for the treatment of Diabetes. The traditional plant medicines were used throughout the world for a range of Diabetic representations.   Recently, Mathematical and Computational techniques have been becoming a united with the Biology and Medicine for consume the computational time.  In the present work, three selected medicinal plants i.e. the Helicteres isora Linn. (H. isora), the Portulaca oleracea L., (P. oleracea) and the Caralluma attenuata (C. attenuata)  for Diabetes models of physical significance in two nonlinear differential equations considered and their exact and analytical solutions are obtained. The activity of three plants was confirmed by these techniques and it is found to be safety, efficiency and accuracy in Diabetic.  Thus, the obtained results from these techniques are a very good agreement with the laboratory experimental results.