However, the proportion of 18 3 in the extract decreased from the first to the second extraction and the ratio of saturated to unsaturated fatty acid increased from the first to the second extraction.
The displayed data show that the addition of CS extract decreased the corrosion current density in both acid media.
The extract decreased enzyme activity to 0.97 % when compared to the commercial inhibitor acarbose, the positive control, which reduced enzyme activity only up to 17.39 %.
Also, the size of the particles increased as amount of black cardamom extract decreased, and it has been found to be in range of 25 35 nm.
The plant extract decreased the onset of action time and increased the length of the sleeping time, which was comparable to the control group (Table 6).
After chlorophyll removal, TPC of the same extract decreased, except for methanolic extract of S. polycystum, in which chlorophyll removal had no impact on TPC.
Short-term treatment with the methanolic SJW extract decreased β-AR-binding (14%), no effects for this extract were observed after 8 weeks.
The extract decreased the inflammatory infiltrate and the myeloperoxidase activity, as well as improved the oxidative state by increasing the glutathione content.
The displayed data show that the addition of RL extract decreased the corrosion current density in both acid media and the decrease was more pronounced with increasing RL concentration.
Addition of the CWD extract decreased gross (p < 0.01) and net (p < 0.001) N mineralization rates, increased (p < 0.001) NH4+ immobilization and decreased (p < 0.001) gross nitrification rates in both cover soils.
This extract decreased α-glucosidase and glucose-6-phosphatase activities to 0.97 and 80.25 %, respectively, being more effective than acarbose, and phlorizin, the positive controls, which reduced enzymes activities only to 17.39 and 96.06 %.
