At first glance there's nothing particularly remarkable about waxworms. The larval form of wax moths, these pale wriggling grubs feed on the wax that bees use to make their honeycomb. For beekeepers, the pests are something to swiftly get rid of without a second thought.

But in 2017 molecular biologist Federica Bertocchini, who at the time was researching the embryonic development of vertebrates at the Spanish National Research Council, stumbled on a potentially game-changing discovery about these creatures.

Bertocchini, an amateur beekeeper, threw some of the waxworms in a plastic bag after cleaning her hive, and left them alone. A short time later, she noticed the worms had started producing small holes in the plastic, which begun degrading as soon as it touched the worms' mouths.

you are viewing a single comment's thread
view the rest of the comments

[–] FlyingSquid 60 points 2 months ago (5 children)

Maybe I'm missing where the article said it, but what does it break the plastic down into? That seems like it would be pretty critical information in terms of the utility here.

[–] [email protected] 43 points 2 months ago* (last edited 2 months ago) (1 children)

my guess is that something else will be able to unzip it and use it as an energy source

yep in the linked article it is mentioned that product is ethylene glycol

[–] [email protected] 16 points 2 months ago (2 children)

That's really interesting. Other than the common usage as antifreeze in your car and for airplane de-icing ethylene glycol is a precursor for plastics used in soda bottles. Left on it's own ethylene glycol breaks down into CO2 eventually.

Wikipedia article about ethylene glycol including uses

Stack Overflow answer containing the ethylene glycol decomposition process

[–] [email protected] 11 points 2 months ago

It’s also a molecule that can be used in the process to make any number of other products, including vanilla flavoring, per the article

[–] [email protected] 1 points 2 months ago

Well we don't need more of that... Shit.

[–] Dasnap 10 points 2 months ago* (last edited 2 months ago) (1 children)

Mercury :)

~/s~

[–] Zoldyck 4 points 2 months ago (1 children)

That's pretty cool.

[–] Dasnap 10 points 2 months ago (1 children)

Just to be clear, I'm taking the piss.

[–] [email protected] 15 points 2 months ago* (last edited 2 months ago) (2 children)

ohhhh, and it's your piss that produces the mercury? that is cool.

[–] Dasnap 9 points 2 months ago

It's better than the asbestos my dandruff is made of.

[–] [email protected] 4 points 2 months ago

It’s pretty metal, too..

[–] MunkyNutts 5 points 2 months ago

From the research article results there are various compounds.

https://www.nature.com/articles/s41467-022-33127-w

The detected compounds comprised oxidized aliphatic chains, like 2-ketones from 10 to 22 carbons. Ketones from 10 to 18 carbons were identified by comparing the fragmentgram of the ion m/z 58 from methyl ketones that correspond with the transposition of the McLafferty on the carbonyl located at the second carbon of each ketone. Those not present in the library as 2-eicosanone and 2-docosanone showed the same fragmentgram m/z 58 and were defined by the equidistance of the peaks along the retention time and their molecular weight (Supplementary Table 1). Furthermore, the presence of 2-ketones was confirmed with GC-MS/MS in MRM mode with the ion with the highest m/z and the exclusive of each molecule as 212 > 58 for 2-tetradecanone, 240 > 59 for 2-hexadecanone, and 282 > 58 for 2-octadecanone. Also, butane, 2,3-Butanediol, 2-trimethylslyl (TMS) derivative, and sebacic acid, 2TMS derivative were identified using sample silylation, indicating the deterioration of the PE chain (Fig. 3C). At the same time, a small aromatic compound recognizable as benzenepropanoic acid, TMS derivative, a plastic antioxidant, was found. Derivative chemicals were confirmed as well using GC-MS/MS with an m/z of 147 > 73, 331 > 73, and 104 > 75, respectively. The presence of this plastic antioxidant suggests an “opening” in the polymeric structures, with the release of small stabilizing compounds normally present in plastics (plastic additives).

[–] [email protected] 4 points 2 months ago (1 children)

Ethylene glycol.
It's toxic to mammals.

[–] FlyingSquid 1 points 2 months ago (2 children)

Not the big solution that's hoped for then, I guess.

[–] [email protected] 7 points 2 months ago* (last edited 2 months ago)

We use this molecule to make numerous other things, like vanilla flavoring per the article….

https://m.youtube.com/watch?v=zFZ5jQ0yuNA

This guy makes cool chemistry videos

[–] [email protected] 5 points 2 months ago* (last edited 2 months ago) (1 children)

Lots of things are toxic, we can deal with them in industrial settings just fine. Pretty much everything we use is toxic at some point in its manufacturing process

[–] FlyingSquid -2 points 2 months ago (2 children)

Cool, good thing all of those landfills full of plastic won't leak those chemicals anywhere.

[–] [email protected] 11 points 2 months ago

Just don't do it in the landfills, then? Ethylene glycol is a chemical with practical uses, there's no reason not to collect it in a recycling facility.

Don't let perfect be the enemy of good.

[–] BluesF 2 points 2 months ago

I don't think anyone is suggesting you manufacture this enzyme and just pour it onto a landfill.

[–] m3t00 2 points 2 months ago

wondering same. exothermic? worms like it I guess