Researchers revealed on September 6, 2025, the discovery of deep-sea worms capable of tolerating high levels of arsenic, expanding knowledge of extremophile adaptations. This finding uncovers new biological mechanisms for toxin resistance. It was reported alongside other marine science updates.
Discovery Insights
The worms, found in arsenic-rich hydrothermal vents, have evolved enzymes that neutralize the poison. This adaptation could inspire bioremediation technologies.
- Location: Pacific Ocean vents.
- Significance: Demonstrates life's resilience in extreme conditions.
Research Applications
Studies may lead to medical advancements in toxin handling. Details from science posts on social platforms.