1 year ago
Study: Recycled Plastic Can Disrupt Hormones and Metabolism
Scientists have found that recycled plastic can be risky.
They tested plastic pellets in water and exposed tiny fish to the water.
The fish showed changes in their bodies that could affect their hormones and metabolism.
This is concerning because the plastics contain many unknown chemicals.
These chemicals can also harm humans by affecting their reproductive health and possibly causing obesity.
The study suggests that we do not always know what chemicals are in recycled plastic.
A meeting to discuss a global plastics treaty is planned for August.
A study shows that recycled plastic pellets can leach chemicals into water.
Zebrafish larvae exposed to the water showed changes in gene expression related to hormone systems.
Exposure to chemicals in plastics can threaten reproductive health and lead to metabolic disorders.
Researchers bought recycled plastic pellets from various global locations.
The study highlights the risks associated with the recycling of plastics due to unknown chemicals.
- Who
- Researchers from the University of Gothenburg and Leipzig conducted the study.
- What
- A study shows that recycled plastic can leach harmful chemicals into water, affecting the hormone systems.
- Where
- Researchers bought plastic pellets recycled from polyethylene from different parts of the world.
- When
- The study was published in a journal, and the research involved testing plastic pellets in water for 48 hours followed by exposing zebrafish larvae to the water for five days.
- Why
- To understand the potential health risks of recycled plastics, due to the unknown chemicals present within them.
Concerns over recycled plastics
No opposing sides found
Chemical Composition
Concerns over recycled plastics
The presence of unknown chemicals in recycled plastic poses health risks.
No opposing sides found
N/A
Environmental Impact
Concerns over recycled plastics
Recycling may unintentionally expose organisms to harmful substances.
No opposing sides found
N/A
Key facts
- Lead Author
- Azora Konig Kardgar
- Research Affiliations
- University of Gothenburg and Leipzig
- Plastic Type Tested
- Recycled polyethylene
- Test Subjects
- Zebrafish larvae
- Exposure Time
- 5 days
- Chemicals in pellets
- Over 80 different chemicals
