Synthetic Chromosomes Successfully Integrated Into Brewer's Yeast
New submitter dunnomattic writes: "Researchers at New York University School of Medicine have achieved a milestone in synthetic biology. A fully synthetic yeast chromosome, dubbed 'synIII,' has successfully replaced chromosome 3 of multiple living yeast cells. The researchers pieced together over 250,000 nucleotide bases to accomplish this feat. Dr. Jef Boeke, the lead author of the study, says, 'not only can we make designer changes on a computer, but we can make hundreds of changes through a chromosome and we can put that chromosome into yeast and have a yeast that looks, smells and behaves like a regular yeast, but this yeast is endowed with special properties that normal yeasts don't have.' Work is underway (abstract) to synthesize the remaining 15 chromosomes."
One giant leap for Synthehol.
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1) Metabolize human flesh
2) Able to more easily spread via airborne routes
3) Increase growth exponent
4) Secrete nerve gas
5) Infinite life span
... is how the zombie apocalypse begins, with mutant yeast in our beer. I have an idea for the first brand: Coorpse Light.
So, no super speed, or strength, or other abilities, no synthesizer music.
For our $6,000,000, all we get is a "yeast endowed with special properties other yeasts don't have"? This will not make a compelling television drama. Perhaps a bland sitcom, but not much more.
Take it to the limit, everybody to the limit, come on, everybody fhqwhgads.
Oh lord, the Luddites are bad enough with "normal" genetically engineered foods. I hate to imagine the kind of outcry they're do for this.
Who will your decedents become?
I have some experience in the field of invasive, noxious weeds.
My complaint is that Herr Doktor Frankenstein has chosen to perform his fiendish experiments with a creature so adept at aerosol migration and insinuation.
Just sayin'.
They feared that it could be used to suppress protest or support unpopular rule.
This story could be the basis for the second remake of The Blob (http://www.imdb.com/title/tt0051418/)!
Circle the wagons and fire inward. Entropy increases without bounds.
Take a huge program and hey... lets change this little part and see what happens/
...welcome our new genetically engineered super-yeast overlords. May they raise our bread to new heights - like 40 feet in the air maybe...
Leave our beer alone? If you could get an Arrogant Bastard for the price of a Keystone, wouldn't you?
He's getting rather old, but he's a good mouse.
Is anyone else thinking this could lead to some interest new craft beers?
Why is it when anyone brings up a criticism or a potential problem that technology may cause, they are labeled a "Luddite"?
Technology is not always good (Hydrogen Bomb) and sometimes causes social problems that will cause quite a bit of adjustment and suffering (automation and the fact that other industries are not absorbing all the displaced workers as happened 175 years ago.)
Going in half-cocked without planning for the possible ramifications causes more problems down the road and turns people off to the new technology - resulting in irrational bans. Sometimes you cannot plan for the future (no one really knew how devastating the atom bombs would truly be on all accounts - sorry, a desert test doesn't cut it).
When we start manipulating genes, there is always a cost. Somewhere down the line there will be a cost - super strong crops end up with super strong weeds.
All of the consequences cannot be foreseen and therefore; makes a cost benefit analysis impractical.
Should we stop? No. Absolutely NOT. For another technology example: even though we have super bugs out there now, I would NEVER wish for penicillin to not have been invented.
What we need to do is take it slow. Let's not rush in and use our new toy - genetic engineering. Let us go slow, learn, and increase our wisdom.
I think it will become an action series: the Six Million Dollar Yeast.
Nae king! Nae laird! Nae yurrupiean pressedent! We willna be fooled again!
I can protect my self from you by rubbing Monistat all over my body.
by TheSpoom (715771) Uncaring Linux user here. I have nothing to add to this but please continue. *munches popcorn*
Folksâ¦leave our food and drink alone eh?
Please�
Light travels faster than sound. This is why some people appear bright until you hear them speak.........
It's not a perfect analogy, but German and Belgian beers are a good example of what you can do with narrow and open views on ingredients, respectively. The Germans were limited by the Reinheitsgebot to what they could use in their beers, and they produce a relatively narrow range of lagers which are, in my opinion, unspectacular. In contrast, the Belgians use a much wider range of ingredients and adjuncts. They produce what are widely considered some of the finest beers in the world, and they have a much wider range of styles.
Well, not just THC or other cannibinoids. Antibiotics (that don't kill yeast, anyway). Other drugs. Gasoline. Biodiesel. Name your poison, find the gene sequence that can do it, splice it into yeast the way they are already doing it with so many other microorganisms (e.g. e. coli., chlorella, etc).
But (as a beer maker) -- yeast that synthesizes THC directly into the wort as it works, no actual hemp plants needed, no expensive grow lights, no hidden greenhouse or plot in the middle of the woods, no need to smoke or vaporize, no actual taste (compared to the already sublime taste of barley and hops) -- slightly scary idea, actually. And it would make it so VERY difficult to maintain the prohibition on cannibinoids. I've long wondered how long it will take for some enterprising molecular biologist to splice THC production into tomatoes or corn (where it might have an actual evolutionary advantage as a pest repellant!) but I never dreamed of brewer's yeast. Bread yeast is almost the same thing (very close cousins)! Bread will never be the same!
rgb
Even when the experts all agree, they may well be mistaken. --- Bertrand Russell.
To the person who commented that those who don't like GMO will freak out.
Think about this.
A modified yeast which creates an antibiotic or survives in higher alcohol concentrations or (insert your own scenario) escapes into the wild and displaces "normal" yeast. What then?
This is great news but let's have a look at the risks.
work in progress
Those folks will put anything in a beer....and make some fascinating brews!
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coming true.
http://msgboard.snopes.com/cgi-bin/ultimatebb.cgi?ubb=get_topic;f=76;t=000176;p=0
A better candidate for sneaking THC into beer would be a GMO hop variety, as hops are the closest botanical relative to Cannabis.
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Now life can be created in minutes.
You can download YADA from sourceforge.net.
The GUI interface allows you to drag an drop and build for example luminescent marijuana plant that also contain caffeine.
don't cut it off www.mgmbill.org
Tastes the future! Welcome to new synthetic flavours: Vin de Nylon, Vin de Phenolic, Cellulose Stout, Polyester Malt, Acrylic Vodka...
Super beer yeast was already created by old fashioned selective breeding, we really did not have to do anything questionable for that.
They feared that it could be used to suppress protest or support unpopular rule.
Hops are expensive. Keystone and Arrogant Bastard differ in both quantity and quality.
I don't think its the yeast.
They feared that it could be used to suppress protest or support unpopular rule.
Already done.
They feared that it could be used to suppress protest or support unpopular rule.
The original yeast had 50,000 copies of the chromosome which were discarded, replacing them with just a single copy of it because they were deemed irrelevant, and when the yeast remained alive it was called "hardy". IANA biochemist but still, one might think 50,000 copies could have an advantage as if cellular processes were to hit them randomly and transparently (like 50,000 disks in a RAID mirror where you don't know which physical disk was actually accessed) then a mutation in one copy would have 50,000 times less chance of hurting the cell. That the cell remains alive only means that in the hours it took for cell division to be proven no mutations occurred, but instead of this meaning the cell is hardy it could actually be 50,000 times more susceptible to mutation or other Bad Things.
Another possibility is that there are very subtle differences among the 50,000 copies, perhaps in just a small number of genes, among which the cell could switch in the event of environmental change, or it could even encode information "learned" over the course of evolution by the strain. Switch to this copy if you are being attacked by this pathogen, or if you see a lot of this nutrient around you, etc. Again this would be the definition of "hardy" so the scientist again would be wrong. Of course this is just a layman's view, have not read the paper, they probably don't care, etc. Anybody with a degree care to comment?
Now I can make this http://youtu.be/ebfLWAB8bY4