The Cool Science Stuff Thread

eating food from a long way off is often the single best thing you can do for the environment, as counterintuitive as that sounds
"so ludicrous" that I had to publish it on my own website "because hey, the New York Times is only willing to go so far." But in fact I made exactly the same point in my Times article, when I pointed out that by using modern, high-yielding farm technologies and concentrating the production of crops where they grow best, we have
spared hundreds of millions of acres for nature preserves, forests and parks that otherwise would have come under the plow. . . . The best way to make the most of these truly precious resources of land, favorable climates and human labor is to grow lettuce, oranges, wheat, peppers, bananas, whatever, in the places where they grow best and with the most efficient technologies — and then pay the relatively tiny energy cost to get them to market, as we do with every other commodity in the economy. Sometimes that means growing vegetables in your backyard. Sometimes that means buying vegetables grown in California or Costa Rica
This is the crux of the entire matter. We can grow tomatoes and cucumbers and pumpkins and basil near cities both because these crops are practical for small acreages and because the economics work: they generate high returns that make it pay to grow them on expensive land. But fresh vegetables suitable for local production account for only about 5% of the land that directly feeds human beings (I'm leaving animal forage, exported grain, and the entire corn crop out of the equation altogether, so you don't need to start telling me again about the evils of corn-fed beef and high-fructose corn syrup).


"Reverse the Columbian Exchange."


Brilliant.
 
Being locovore limits your opportunities. I mean for me, where the hell am I going to get simple salt or pepper?

I will buy local and organic when it's in season and therefore not ridiculously expensive, and splurge most often on broad leaf things like spinach to try to avoid contamination.

But over time the sense of locovore and organic are being slowly rolled into more common sense and efficient things after studies are done.

Sometimes Chilean grapes are the best of use of advantage of climate and highest nutrition, and even with the costs of transportation, provide the best benefit.

I'd be inclined to be insulted...because I'm a huge organic proponent, but I'm also kinda happy that it's not as fucked up as I might have thought.
 
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Oh, I was hoping this thread would surface tonight!

I really like watching 3D animations of biochemical processes, so here's a bunch of cells set to cheesy music that is a fiesta for your eyeballs, BUT, the highlight is in the comments section, in which you'll find gems such as:

Motor Protien: UGHHH... THIS DAMN CELL IS SOO F'ING HEAVY!!
Cell: Hahahaha carry me, my pathetic slave
Motor protien: ...F*** this. *detaches from the cell and launches the cell*
cell:FFFFFFFFF--.....
Motor Protien: *Troll face*
Motor protiens are a new level in badassery

Here's the actual Harvard video that explains what's going on in the animation. It's awesome.
 
Oh, I was hoping this thread would surface tonight!

I really like watching 3D animations of biochemical processes, so here's a bunch of cells set to cheesy music that is a fiesta for your eyeballs, BUT, the highlight is in the comments section, in which you'll find gems such as:



Here's the actual Harvard video that explains what's going on in the animation. It's awesome.

You found the narrated version. Holy shit, where were you when my bio prof said he'd give me an A on the next exam if I could find that?

Jebus, I even posted it as a thread of its own, it's so fucking cool.
 
You found the narrated version. Holy shit, where were you when my bio prof said he'd give me an A on the next exam if I could find that?

Jebus, I even posted it as a thread of its own, it's so fucking cool.

My favourite part is the motor proteins moving the vesicles along the microtubules.

It's so cool. At any given moment, our bodies are symphonies of a million zillion tiny, wonderful things happening all at once.

I think that's what I don't understand about the appeal of creationism/intelligent design. Sure, I guess it's interesting to think that some capricious and eccentric grey-bearded deity meticulously drew up a blueprint for a universe with a complexity that seems endless, but isn't it even more incredible and awe-inspiring that everything is the result of an impossibly large number of random possibilities that eventually produced something as WTF-amazing as sphingolipid rafts??

And then on a quantum level, we're just a bunch of particle waves that decided to collapse somewhere...maybe. Life is wild!
 
My favourite part is the motor proteins moving the vesicles along the microtubules.

It's so cool. At any given moment, our bodies are symphonies of a million zillion tiny, wonderful things happening all at once.

I think that's what I don't understand about the appeal of creationism/intelligent design. Sure, I guess it's interesting to think that some capricious and eccentric grey-bearded deity meticulously drew up a blueprint for a universe with a complexity that seems endless, but isn't it even more incredible and awe-inspiring that everything is the result of an impossibly large number of random possibilities that eventually produced something as WTF-amazing as sphingolipid rafts??

And then on a quantum level, we're just a bunch of particle waves that decided to collapse somewhere...maybe. Life is wild!

If it turned out that the grey bearded guy invented sphingolipid rafts would that ruin everything for you?

If so, that's what I don't understand.
 
Newfound Alien Planet a Top Contender to Host Life


A newly discovered alien planet may be one of the top contenders to support life beyond Earth, researchers say.

The newfound world, a "super Earth" called Gliese 163c, lies at the edge of its star's habitable zone — that just-right range of distances where liquid water could exist.

"There are a wide range of structures and compositions that allow Gliese 163c to be a habitable planet," Xavier Bonfils, of France's Joseph Fourier University-Grenoble, told SPACE.com by email.
 
Phollowup Phor Felia:

http://the-scientist.com/2012/09/01/enter-the-third-dimension/


http://the-scientist.com/wordpress/wp-content/uploads/2012/09/09_12_LabTools_Dance.jpg
FIBROUS CHANNELS: The cells pictured here (nuclei in blue) are laying down a fibronectin matrix (red) across the polystyrene fibers of the 3DBiotek scaffold, designed to improve the flow-through of media.
CARLOS CAICEDO-CARVAJAL

I love! This makes me think of bioprinting and how it's pretty much the coolest thing ever and uses bioink, often described as a "slurry of living cells."

Short video of a doctor describing the process.

This is tissue that has been printed. WHAT.

http://techgenie.com/imagemanager/plog-content/thumbs/windows-7/jumpstart/large/8284-cell-printing.jpg

Aside from the obvious implications that the ability to print human cells has for medicine, companies are also looking at using 3D bioprinters to manufacture leather and meat.
 
I love! This makes me think of bioprinting and how it's pretty much the coolest thing ever and uses bioink, often described as a "slurry of living cells."

Short video of a doctor describing the process.

This is tissue that has been printed. WHAT.

http://techgenie.com/imagemanager/plog-content/thumbs/windows-7/jumpstart/large/8284-cell-printing.jpg

Aside from the obvious implications that the ability to print human cells has for medicine, companies are also looking at using 3D bioprinters to manufacture leather and meat.

That's amazingly fucking cool. You (and this thread) rock.
 
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