Plastic-Eating Bacteria Chemistry: Nature’s Answer to the Pollution Crisis

I discovered plastic-eating bacteria chemistry when kayaking over a river filled with plastic and came into researchers gathering sludge for organisms living on garbage. By designing microorganisms that break down polyethylene into benign byproducts, scientists are converting landfills into bioreactors. This paper investigates enzyme-enhanced superbugs from the Mariana Trench, how mealworm gut chemistry motivates recycling ...
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