84% and 63.83% respectively ( Table 4). CPAE 250 and 500 mg/kg body weight treatment Selleckchem MEK inhibitor also reduced serum creatinine levels significantly (p < 0.01) but serum urea levels were significantly (p < 0.01) reduced by CPAE at dose of 500 mg/kg only ( Fig. 1b). In order to obtain reproducible chromatographic fingerprint of CPAE for quality control, the method validation of HPLC-PDA fingerprint analysis was performed on the basis of the retention time and the peak area.

The experiment was conducted to examine the classification and concentration of phytochemicals in three categories according to their polarity. The possible separated chemical flux under experimental condition, which have chromophoric group have been shown in the chromatogram. A typical chromatograms of aqueous extract of C. pareira Linn. (CPAE) is shown in Fig. 2. It could be concluded that most of the reverse-phase separated compounds were of medium polar nature, presumably belongs to chalcone–flavones by characteristic UV spectra. The possibility of any alkaloids was ruled out by negative dragendorff test of eluent of this region. The fundamental basis of hyperglycemia in diabetes mellitus is over-production (excessive hepatic glycogenolysis and gluconeogenesis)

check details and decreased utilization of glucose by the tissues leading to persistent hyperglycemia which might be responsible for most diabetic complications. Lowering blood glucose to near-normal Cediranib (AZD2171) levels should be aimed to treat all diabetic patients.15 CPAE has capacity to reduce blood glucose level significantly in glucose fed hyperglycemic normal mice during OGTT. This effect may occur due to reduction in intestinal glucose absorption or induction of glycogenic process along with reduction in glycogenolysis and glyconeogenesis.16 Streptozotocin (STZ) causes selectively necrotize pancreatic β-cells. Metformin (a biguanide) is often used as a standard

antidiabetic drug in STZ-induced experimental diabetes.17 The results demonstrated that CPAE significantly reduced the blood glucose level which is associated with the effectiveness of C. pareira for controlling hyperglycemia. The extra cellular glucose in the presence of insulin converts into glycogen in the liver cells and the enzymes glycogen synthase and glycogen phosphorylase are responsible for glycogen metabolism. Our results demonstrated that there was significant loss in liver tissue glycogen level in diabetic animals. Treatment with CPAE significantly increased liver glycogen which might be associated with stimulation of glycogenesis and/or inhibition of glycogenolysis in the liver of diabetic mice. Hypertriglyceridemia is most common abnormality in diabetes.15 A significant increased state of triglycerides was observed in toxin treated animals. In diabetic state, LDL carries cholesterol to its Modulators depositing site (i.e.