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Are GMOs bad? Here's what the science says.

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G’Day everyone! If your kid had leukemia, would you A) take them to an all-natural healer who uses pre-modern healing methods? Or B) go to a modern hospital and get the best damn chemo available?
If you’re watching this channel, you’d probably go with option B - even though chemotherapy involves some pretty cr*ppy chemicals.
But right now - something else is very sick.
The patient: planet earth.
And brace yourself guys. The treatment: is GMOs.
Look, I know many of you may be anti-gmo.
And I’ll be honest: GMO’s have a bit of a... shall we say... ‘imperfect’ history.
One of the most famous cases that landed GMO’s is the doghouse was the roundup controversy.
We’re all vaguely familiar with the story: Monsanto modified the genetic code of soybean crops so they wouldn’t die when sprayed with the weed killer RoundUp. But, like horny teenagers with Axe body spray, the farmers sprayed the shit out of their crops, dousing them in roundup - causing a whole lot of chemical runoff and bad sh*t..
The bad sh*t wasn’t actually done by the GMO’s it was done by the overuse of roundup - but that was a distinction without a difference and the damage was done.
Here’s the thing - genetic modification of crops has completely changed in the last few years - thanks to CRISPR - a genetic engineering tool that allows for very precise editing of the genetic code.
Old GMO’s (like the ones used to create the Flavr Savr tomato and roundup resistant crops) - used a method that’s most easily described as grabbing a gene from one organism and shooting it in another organism - for example, grabbing the glow gene from bioluminescent jellyfish and using a virus to shoot that gene into the DNA code of cats. Creepy right.
BASICALLY, Old technologies grabbed whole genes from one organism and shoved them into the gene code of another organism.
That’s kinda like grabbing an old copy of the Guttenberg Bible and shoving in a copy of Dreams From My Father. The end result may be a better read, but it’s still a huge modification.
But CRISPR is a lot more like using a word processor - you can change just one single letter of the whole code. So instead of modifying a whole gene scientists can go into the existing gene and just tweak singular base pairs.
While old GMO technology made big changes that *can* result in big problems – CRISPR can handle smaller changes, so there’s more predictable outcomes.
So that’s why we shouldn’t think of CRISPR GMOs the same way as old school GMOs.
And it’s why I believe that if you want to save the planet, you should probably be encouraging CRISPR.
By adding tiny tweaks to plant DNA, as CRISPR does, crops can be bred to require less water and be immune to disease. This leads to better crop yields - which means we need less land and so we dont need to cut down so many trees.
Less deforestation is good - because deforestation leads to global warming - the “Single Greatest Threat” facing the planet.
Yes, we should be cautious with new technologies. Yes, GMOs have a bad rep. And yes, the Big Ag companies who started them have done some dodgy sh*t.
But CRISPR GMO’s are different. And they may be our best - and possibly our last - hope for saving the planet.
There may be some unknown downsides with GMO tech, just as any change may have unseen consequences. But with CRISPR, the unknowns are a lot less than they used to be.
But what we do know, is that the alternative is a dead planet.
The planet is already really sick. If it were my child, I’d be giving it a healthy dose of CRISPR GMO crops.
But what do you guys think? I look forward to a spirited debate in the comments below.
Shot and edited by Brandon Palmieri. Written by Avital Percher & Jayde Lovell.
SOURCES
MOT: Not your father’s GMOS
MIT: Rewrite the GMO debate
USDA and GMO labelling
SCIQ ON THE YOUNG TURKS
Produced by Jayde Lovell and Bec Susan Gill. ScIQ is a partner of the The Young Turks Network.
CONTACT
If you’re watching this channel, you’d probably go with option B - even though chemotherapy involves some pretty cr*ppy chemicals.
But right now - something else is very sick.
The patient: planet earth.
And brace yourself guys. The treatment: is GMOs.
Look, I know many of you may be anti-gmo.
And I’ll be honest: GMO’s have a bit of a... shall we say... ‘imperfect’ history.
One of the most famous cases that landed GMO’s is the doghouse was the roundup controversy.
We’re all vaguely familiar with the story: Monsanto modified the genetic code of soybean crops so they wouldn’t die when sprayed with the weed killer RoundUp. But, like horny teenagers with Axe body spray, the farmers sprayed the shit out of their crops, dousing them in roundup - causing a whole lot of chemical runoff and bad sh*t..
The bad sh*t wasn’t actually done by the GMO’s it was done by the overuse of roundup - but that was a distinction without a difference and the damage was done.
Here’s the thing - genetic modification of crops has completely changed in the last few years - thanks to CRISPR - a genetic engineering tool that allows for very precise editing of the genetic code.
Old GMO’s (like the ones used to create the Flavr Savr tomato and roundup resistant crops) - used a method that’s most easily described as grabbing a gene from one organism and shooting it in another organism - for example, grabbing the glow gene from bioluminescent jellyfish and using a virus to shoot that gene into the DNA code of cats. Creepy right.
BASICALLY, Old technologies grabbed whole genes from one organism and shoved them into the gene code of another organism.
That’s kinda like grabbing an old copy of the Guttenberg Bible and shoving in a copy of Dreams From My Father. The end result may be a better read, but it’s still a huge modification.
But CRISPR is a lot more like using a word processor - you can change just one single letter of the whole code. So instead of modifying a whole gene scientists can go into the existing gene and just tweak singular base pairs.
While old GMO technology made big changes that *can* result in big problems – CRISPR can handle smaller changes, so there’s more predictable outcomes.
So that’s why we shouldn’t think of CRISPR GMOs the same way as old school GMOs.
And it’s why I believe that if you want to save the planet, you should probably be encouraging CRISPR.
By adding tiny tweaks to plant DNA, as CRISPR does, crops can be bred to require less water and be immune to disease. This leads to better crop yields - which means we need less land and so we dont need to cut down so many trees.
Less deforestation is good - because deforestation leads to global warming - the “Single Greatest Threat” facing the planet.
Yes, we should be cautious with new technologies. Yes, GMOs have a bad rep. And yes, the Big Ag companies who started them have done some dodgy sh*t.
But CRISPR GMO’s are different. And they may be our best - and possibly our last - hope for saving the planet.
There may be some unknown downsides with GMO tech, just as any change may have unseen consequences. But with CRISPR, the unknowns are a lot less than they used to be.
But what we do know, is that the alternative is a dead planet.
The planet is already really sick. If it were my child, I’d be giving it a healthy dose of CRISPR GMO crops.
But what do you guys think? I look forward to a spirited debate in the comments below.
Shot and edited by Brandon Palmieri. Written by Avital Percher & Jayde Lovell.
SOURCES
MOT: Not your father’s GMOS
MIT: Rewrite the GMO debate
USDA and GMO labelling
SCIQ ON THE YOUNG TURKS
Produced by Jayde Lovell and Bec Susan Gill. ScIQ is a partner of the The Young Turks Network.
CONTACT
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