17/07/2026
An interesting fact about kimchi.
No wonder I had introduced it to our catalogue/online store.
You can order yours here
https://wa.me/p/35182840271360961/27814799028
🔬 A breakthrough in nutrition science
Scientists have found an unlikely tool for dealing with plastic pollution that's made its way into our food chain. Researchers discovered that kimchi, the traditional Korean fermented dish, contains bacteria that break down microplastics with real efficiency. That's welcome news given how much concern has built up over plastic particles turning up in drinking water, soil, and even human organs.
🧪 Microbial plastic degradation
A team from the World Institute of Kimchi isolated specific strains of lactic acid bacteria that target synthetic materials. In lab tests, these microbes attached themselves to the surface of microplastics and secreted enzymes that physically break down the plastic polymer. The study focused on polyethylene and polystyrene, plastics commonly found in food packaging that eventually end up in the human digestive system.
💡 High efficiency rates
The striking part of this research is how fast and thoroughly these bacteria neutralize plastic contaminants. Certain strains reduced microplastic presence by up to 87 percent within a set period, breaking down the chemical bonds of the pollutants. The process works through:
* Bio-adsorption, where bacteria bind plastic particles to their cell walls.
* Enzymatic degradation, which converts plastic into smaller, less harmful molecules.
* Physical disruption of plastic particles as bacteria colonize the material.
🥗 Potential for human health
Clinical trials still need to confirm the exact effect on the human body, but this discovery suggests probiotic-rich foods could offer a natural defense against plastic ingestion. Introducing these lactic acid bacteria into the gut microbiome may help break down plastic particles before they reach the bloodstream. Traditional fermentation methods, it turns out, might have a real role to play in a polluted world.
Facts checked by
Sources:
World Institute of Kimchi
Journal of Hazardous Materials
The Korea Times
