Interactions of compounds 44, 48, 50, and 51 with TGF-β type I receptor.

Interactions of compounds 44, 48, 50, and 51 with TGF-β type I receptor.</p

RMSD, solvent accessible surface area, polar surface area, molecular surface area, and radius of gyration of the free and compound 8-bound form of PPAR-α.

RMSD, solvent accessible surface area, polar surface area, molecular surface area, and radius of gyration of the free and compound 8-bound form of PPAR-α.</p

Interactions of the top 10 binding affinity phytoconstituents with PPAR-α.

Interactions of the top 10 binding affinity phytoconstituents with PPAR-α.</p

Effect of various treatment specimens on the HDL level of CCl4- treated rats.

Comparison of HDL level (mg/dL) of rats, belonged to 14 groups just before sacrifice. Each group consist of 10 rodents each with equal body mass index. The data were expressed as mean±standard deviation. X-axis represents the group distribution and y-axis represents HDL level of different groups. All abbreviation of different groups has been mentioned in Table 1. (*indicates statistically significant change where p<0.05, correlation is significant at a 95% confidence interval and **indicates highly significant change where p<0.01, correlation is significant at a 99% confidence interval).</p

Effect of various treatment specimens on the total cholesterol level of CCl4- treated rats.

Comparison of total cholesterol (mg/dl) level of rats, belonged to 14 groups just before sacrifice. Each group consist of 10 rodents each with equal body mass index. The data were expressed as mean±standard deviation. X-axis represents the group distribution and y-axis represents total cholesterol level of different groups. All abbreviation of different groups has been mentioned in Table 1. (*indicates statistically significant change where p<0.05, correlation is significant at a 95% confidence interval and **indicates highly significant change where p<0.01, correlation is significant at a 99% confidence interval).</p

Macromolecular targets for hepatoprotective activity.

Macromolecular targets for hepatoprotective activity.</p