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Isoflavone and extracts | Drugs | Injury | Mechanism | Refs |
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Biochanin A | Arsenic | Hepato/hematotoxicity | Increasing free radical scavenging properties | [57] |
CCl4 | Acute liver injury | Increasing antioxidant | [60] |
LSP/D-GalN | Acute liver injury | Activation of the Nrf2 pathway | [69] |
Formononetin | APAP | Hepatotoxicity | Enhancing Nrf2 activity | [68] |
Calycosin | TAA | Oxidative stress | Reducing ROS and expression of CYP2E1 | [62] |
APAP | NASH | Activating FXR | [85] |
HFD | NAFLD | Activating FXR | [86] |
CCl4 | Acute liver injury | Activating FXR/increasing expressions of STAT3, Bcl-xl, and SOCS3 | [87] |
Daidzein | LSP/D-GalN | Hepatic failure | Suppressing production of TNF-α; increasing caspase-3 activity | [56] |
D-GalN | Liver injury | Activating PG-liposome-based system | [67] |
DMBA | Liver oxidative injury | Activation of antioxidant enzymes and Bcl-2; upregulation of caspase-3 and Bax | [74] |
Cisplatin | Hepato/hematotoxicity | Increasing free radical scavenging properties; reducing bone marrow suppression | [82] |
Puerarin | CCl4 | Liver oxidative injury/hyperlipidaemia | Inhibiting JNK/c-Jun/CYP7A1 pathway/ROS generation | [63] |
Alcohol | Acute liver injury | Decreasing activity of oxidant enzyme (MDA)/increasing activity of antioxidant enzymes (SOD and GPX) | [66] |
Lead | Liver oxidative injury/hyperlipidaemia | Reducing ROS production/hepatic metabolism genes expression; increasing activation of antioxidant enzymes | [73] |
Alcohol | Chronic liver injury | Inhibiting GSK-3β/NF-κB pathway | [78] |
Nickel | Liver oxidative stress/immunotoxicity | Inhibiting TLR4/p38/CREB pathway | [79] |
Genistein | TAA | Liver inflammatory/fibrosis | Inhibiting tyrosine kinase/activation of HSC | [61] |
APAP | Liver injury | Increasing expression of UGTs; inhibiting CYP2E1 | [64] |
Alcohol | Hepatic injury/fibrosis | Increasing activities of ADH and ALDH; downregulating expression of TIMP-1, MMP-2, and Bcl-2 | [75] |
Endotoxin | Shock/MODS | Decreasing expression of iNOS and COX-2 protein; attenuating the vascular hyporeactivity to NA; inhibiting the activity of protein tyrosine kinase | [84] |
Fructose | NAFLD | Activating AMPK and suppressing SREBP-1 cleavage processing and de novo lipogenesis in hepatocytes | [88] |
Kakkalide | Ethanol | Hepatic injury | Orally administered kakkalide and intraperitoneally administered irisolidone have the protective effect; kakkalide can be metabolized to form the bioactive irisolidone by intestinal microflora | [71, 72] |
Tectorigenin | TBHQ | Apoptosis in liver injury | Inhibiting β-glucuronidase activity | [77] |
Ethanol | Liver steatosis | Increasing expression of PPAR-α; ameliorating mitochondrial function | [89] |
Flemingia macrophylla | CCl4 | Acute hepatotoxicity | Inhibiting ROS generation; preventing lipid peroxidation; strengthening antioxidant systems | [58] |
Fraxin isolated from Acer tegmentosum | CCl4 | Acute hepatotoxicity | Lowering AST and ALT | [91] |
GFSE | TBHQ | Hepatotoxicity | Downregulating NOX4; upregulating the mRNA levels of antioxidant enzymes | [59] |
Butea monosperma | TAA | Liver injury | Deregulation of PI3K/Akt/mTOR signaling | [81] |
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