Cold-Loving Bacteria: Nature's Solution to Plastic Pollution
Republic of KoreaSat Jun 14 2025
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Plastic waste is a big problem. It's everywhere, and it's not going away anytime soon. But here's a bit of good news. Scientists have found a bacteria that can break down certain types of plastic. This bacteria, named JJY06, was found in rice field soil in Korea. It's part of the Aeromicrobium family. This is exciting because these bacteria can handle different types of plastics. This includes PCL, PBS, and PBAT. These are types of plastics that are supposed to be eco-friendly. But even these can take a long time to break down naturally.
JJY06 has shown that it can break down these plastics even in cold temperatures. This is important because most plastic-eating bacteria need warm temperatures to work. In tests, JJY06 was able to completely break down PCL in just 25 days at 10°C. That's pretty impressive. It also broke down PBS and PBAT, but it took a bit longer. At 25°C, the bacteria worked even faster. It completely broke down PCL in just 8 days and made a big dent in the other two types of plastics.
The bacteria was also tested on agar plates with the plastics at 4°C. After a month, clear zones appeared. This showed that the bacteria was breaking down the plastics. Scientists used different methods to confirm this. They looked at the bacteria under a microscope and did some genetic testing. They found that JJY06 has genes that help it survive in cold temperatures and break down plastics. It also has genes that help it resist antibiotics and heavy metals. This means it can survive in tough environments.
So, what does this all mean? Well, it means that JJY06 could be a big help in cleaning up plastic waste, especially in cold places. But it's not a magic solution. There's still a lot of work to be done. Scientists need to figure out how to use these bacteria on a large scale. They also need to make sure it's safe for the environment. But it's a start. It's a sign that nature might have a solution to one of our biggest problems.