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Medicine

A "super worm" eating polystyrene can help us dispose of waste

All over the world it is hunting for bacteria and insects that consume waste to dispose of it. The last one? A "super" worm hungry for polystyrene.

June 23 2022
Daniel FerrignoDaniel Ferrigno
⚪ 3 minutes
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polystyrene worm

A "superworm", known as zophobas morio, that eats Styrofoam, commonly called Styrofoam. (Hung Vu / University of Queensland)

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In an article published last week in the magazine Microbial genomics (which we link to you here), researchers from the University of Queensland, in Brisbane, Australia, have shown that the larvae of a cockroach, called zophobas morio, they can only survive with Styrofoam, called Styrofoam in English.

The organism, commonly referred to as a "superworm," could transform the way waste managers dispose of one of the most common components in landfills. According to the researchers, it may slow the growing waste crisis that is exacerbating climate change.

Dr Christian Rinke who with his team from the University of Queensland discovered that the "superworm" zophobas morio is able to eat Styrofoam thanks to a bacterial enzyme present in its intestine. (University of Queensland / AFP / Getty Images)

The discoveries come at a time filled with research into ways in which bacteria and other organisms can consume plastics, such as polystyrene and plastic bottles. The results are not lacking, of course, but nothing sufficiently effective has yet been found.

How do superworms manage to digest polystyrene?

We still don't have a precise answer to this question. In the next steps of this study, in fact, the researchers will study the enzymes that allow the superworm to digest the polystyrene, trying to find a way to transform this discovery into a commercial product.

The article continues after the related links

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Industrial adoption would offer an attractive scenario for waste managers. Which? One in which you can adopt a natural way to dispose and recycle polystyrene waste. Not bad, as they account for 30% of landfill space worldwide.

Of course, it is not reassuring that we are already thinking about how to market something that has yet to be really identified, especially if it could constitute a very precious resource for our future on the planet.

A systematic review

To conduct your own study, Christian Rinke and his research team in Australia gave the superworms three separate diets. One group was given a "healthy" solution of bran. The second was given polystyrene. The third was put on a starvation diet.

90% of the larvae that ate the bran became cockroaches. A remarkable figure compared to about 66% of the group that was given polystyrene and 10% of those forced to starve. This indicated to the researchers that superworms have in their gut enzymes capable of effectively digesting polystyrene and converting it into energy.

The perspectives

In the future, scientists will study these enzymes to see if they can digest polystyrene on a large scale, tweaking them as needed to make them more effective. "We don't want to have giant supervermi farms," ​​Rinke said. "We want to focus on the enzyme instead."

Who knows if the superworm cannot be one of our best weapons against waste disposal and the climate crisis.

Tags: environmentGarbage


GPT Chat Megaeasy!

Concrete guide for those approaching this artificial intelligence tool, also designed for the school world: many examples of applications, usage indications and ready-to-use instructions for training and interrogating Chat GPT.

To submit articles, disclose the results of a research or scientific discoveries write to the editorial staff

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