Tag Archives: bacteria

Plastic eating gut bacteria

We all know that plastic is a huge problem – just think of the garbage patches in the Pacific ocean. Not only does all this rubbish have to be collected, it has to be broken down somehow, but plastic doesn’t ‘break down’ the way organic material does. The bits do get smaller, but that just makes them more dangerous, not less.

So what’s the solution? The following quote is taken from a New Atlas tech article:

‘In recent years, scientists have identified a number of organisms with an ability to eat away at common plastics. These include engineered enzymes, mealworms with an appetite for Styrofoam and a type of bacterium with an ability to break down PET plastics in a relatively short space of time.

Waxworms are another exciting example. These … critters also have quite an appetite for plastic, with an ability to chew through it, digest it, and turn it into ethylene glycol, a type of alcohol.’

Hopefully one day, these waxworms will be part of the rubbish recycler’s toolbox, cleaning up this man-made mess and turning it into something useful.

Please go to the New Atlas website and read the whole article. A bit of good news never goes astray. 🙂

Meeks


#Monsanto, Roundup and the spike in #autism

Like a lot of people, I’ve worried that GMOs would cause health problems down the track, but I assumed that Monsanto’s Roundup was just another weedkiller. Wrong. Roundup has been the villain of the piece all along. 😦

Before you  watch the video talk below, let me give you a very quick roundup [excuse the pun] of how this all began. The first genetically modified food product was the Flavr Savr tomato. The company that produced it was bought out by Monsanto, but Monsanto was not in the business of producing food, it was in the business of producing weedkiller. So why buy the GMO technology? The reason was to produce food crops that would be, effectively, immune to the effects of its Roundup Ready product. Such crops would, effectively, extend the life of the Roundup product indefinitely.

To achieve this goal, Monsanto needed to get its Roundup tolerant crops into commercial production as quickly and cheaply as possible. This meant two things:

  • circumventing the testing protocols that apply to medicinal drugs
  • and avoiding the necessity for product labelling

The development of medicinal drugs is a very long and costly process as the drugs have to be tested extensively, not only to prove their efficacy, but also to prove that they don’t do more harm than good. All of this research, development and testing takes years and costs a lot of money. A lot of years and a ton of money. At about the 6 minute mark of the video, you’ll hear that Monsanto only tested their product for 3 months. And no, that was not a typo. As for labelling, the US still doesn’t have it.

The Frankenfoods protests focused everyone’s attention on the GMOs themselves, and environmentally they are still a huge concern. But in all the outrage, the effects of Roundup slipped quietly under the radar. It was meant to be safe. Monsanto said it was safe. Right…

glyphosate-damage

Even if you’re not a ‘scientific’ person, Stephanie Seneff explains her findings in a clear, easy to understand way, and this is information we all need to know. The bit about glyphosate accumulating in breast milk really floored me.

My thanks to D.Wallace Peach for opening my eyes. First DDT, now Roundup. We are what we eat, and it’s hurting us in stealthy, insidious ways, starting with our children.

roundup-in-rats

Bon appetit,

Meeks


DNA snippets for virus communications

Some of the greatest scientific discoveries have been accidental. To that list, Israeli scientists have added one more. They’ve discovered for the first time an instance of viruses leaving messages for other viruses. What makes the discovery remarkable is that scientists expect such communication systems to exist among other kinds of viruses. If true, we’ll…

via Scientists have caught viruses talking to each other—and that could be the key to a new age of anti-viral drugs — Quartz

This is quite astounding. Not quite the equivalent of dogs leaving scent markers so other dogs will know they’ve been there, but a form of communication nonetheless. From a virus. And there’s a good chance other viruses use a similar method to communicate as well. More amazing ‘accidents’. 😀


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