EGCG Reverses Enzyme Inhibition by Pesticides
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RevGenetics channel discusses EGCG's effects on enzyme activity in zebrafish.
Story of claim
In zebrafish studies, EGCG from green tea reversed enzyme inhibition by organophosphate pesticides, increasing activity over 50%. This highlights EGCG's protective potential against pesticide exposure.
- Goal: To mitigate harmful effects of pesticide exposure using EGCG.
- Proof: EGCG significantly increased enzyme activity in zebrafish, potentially offering protection against pesticides.
- Nuances:
- The study used zebrafish due to their genetic similarity to humans.
- EGCG binds to ACE through hydrogen bonds and steric hindrance.
- Impact on Life: Could reduce neurological issues caused by pesticide exposure.
Investments
- Price: Green tea is generally affordable.
- Time: Research study timeframe not specified.
- Effort: Effort involved in conducting zebrafish studies.
Risks
Potential differences in human response not yet studied.
Get Started 🚀
- Incorporate green tea into your daily routine.
- Consider taking EGCG supplements after consulting a healthcare professional.
- Stay informed about ongoing research on EGCG and pesticide exposure.
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