Table 3.
S. No. | Toxicity induced | Dosage of BME | Findings with BME | References |
---|---|---|---|---|
1. | Sodium Fluoride | 300 mg/kg | Ameliorate the cholinergic system Attenuate the oxidative stress. Inhibited neuropathological alterations. |
(115) |
2. | 30% Alcohol + CCL4 | 200/kg body weight | Protected the hepatic cells. | (116) |
3. | Opioid | 40mg/kg | Restored serum ALT, AST, and creatinine elevations. Shielded the liver and kidneys from the toxicological impact. |
(117, 118) |
4. | Paraquat | 0.1% of BME (~50% of Bacosides) containing 20 mM PQ |
Inhibit jnk2 mediated apoptosis through improved mitochondrial function and redox stabilization. | (119) |
5. | Lead | 10 mg/kg body weight/day | Reduced brain lead level when compared to conventional therapy. Attenuate the oxidative stress. |
(121) |
6. | Aluminum | 40 mg/kg/day | Protect brain from oxidative damage. | (120) |
7. | Methyl Mercury | 250 mg/mL | Prevented mitochondrial damage. Attenuate the oxidative stress. |
(122) |
8. | Okadaic Acid | BM-40 and 80 mg/kg and Melatonin 20 mg/kg | The activation of Nrf2 and inhibition of NF-κB transcription factors by BME. Melatonin strengthens endogenous defense and protection against OKA induced memory deficit in rats. |
(123) |
9. | Trimethyltin | 50 mg/kg | Ameliorates TMT-induced cognition dysfunction mainly via protecting the hippocampal neurons. They are promoting neuro-regeneration in the dentate gyrus regions. |
(124) |
10. | Glutamate | 5 mM | Prevent mitochondrial damage. Prevent oxidative stress in cultured neuronal cells. |
(125) |