The Protective Rolls of Taraxacum officinale against Carbone Tetrachloride Infarction in the Liver

Carbon tetrachloride (CCl4) is a liquid that colorless, transparent, inflammable, and volatile. Its central carbon atom surrounded by four Cl- atoms. As result, the objective of this effort was to estimate anti-oxidant properties silver nanoparticles (AgNPs) made utilizing aqueous plant extracts from Taraxacum officinale leaves. A green synthesis AgNPs using synergistic extract T. leaves tested against liver damage in rats caused CCl4. The were randomly distributed into seven groups: Group 1: Control group, 2: Olive oil 3: AgNPs-treated group (100 mg/kg BW.), 4: (200 5: CCl4 + 6: (CCl4 Oil) 100 7: oil) 200 one week for 6 weeks. This study demonstrated sustainable method synthesizing leaf (TOL) extract. To characterize synthesized leaf-silver (TOL-AgNPs), various microscopic spectroscopic methods used. effectiveness biosynthesized TOL-AgNPs assess their antioxidant potential. synthetic also evaluated. Histopathological research showed all groups treated with nano-extract had less severe inflammatory responses. Our findings possess potential activity CCl4-induced injury rats.