Silkworms Spin Yarn With Human Protein
Makarand writes "Genetically engineered
silkworms were able to weave the human
protein collagen
into their cocoons according to this online article in nature magazine. The human protein ,used in applications like artificial skin and and wound dressings,
could be then extracted from the silk yarn using a simple chemical process.
This technique could effectively replace the current expensive processes of reaping
human therapeutic proteins from bioreactors in the future.
Countries that have an established sericulture industry could convert their
production facilities to produce medically useful proteins."
Gives an new meaning to the phrase "Skin as smooth as silk."
"Oh drat these computers, they're so naughty and so complex, I could pinch them." --Marvin the Martian
Countries that have an established sericulture industry could convert their production facilities to produce medically useful proteins.
So does this mean that silk ties will suddenly get much more expensive?
(Spudley Strikes Again!)
Nobody is interested in my worm's protein.
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Ever see spiders in banana crates? Well, what if when taking up from the operation you notice...
puts ("Python r0cks\n");
Anybody else read the word "bioreactors" and think of The Matrix?
Remarkable how we humans struggle to achieve artificial materials and processes, yet periodically return to strictly natural ones for their superiority. I'm not promoting the naturalistic fallacy -- that natural = better -- but it strikes me as a reminder of the power of evolution to produce sophisticated and even elegant processes.
... I wondered why all the kids sleepwear was poly. They're treated for fire-resistance on the one hand, yet melt into your skin on the other.
Notice how cotton and wool have never quite been displaced as clothing. I was explaining the inferiority of polyester to my son at Target today
I'm also reminded of our discovery of ways to hijack bacterial cellular machinery to produce insulin (Humulin) about 20 years ago. (I don't understand the article's reference to insulin produced from "mammalian cells grown in expensive bioreactors" -- it's plain old E. Coli which, although ubiquitous in humans (coli = colon), has a career of its own. The author may be thinking of conventional porcine insulin, a slaughterhouse byproduct, but that's not "grown in expensive bioreactors." Maybe I misunderstand.)
We have a while until we develop Start Trek-level nanobots, and are stuck asking nature for a hand with selected problems.
Silkworms grow YOU!
I'm very sorry, I don't know what made me post this... need more sleep.
You cannot apply a technological solution to a sociological problem. (Edwards' Law)
I'd like to point out this has nothing to do with me.
Regards,
Yarn.
-Yarn - Rio Karma: Excellent
for anyone who hasn't read the article they quote someone called Wurm.
It was bad enough that I had to worry about unexpected silicone ingredients in the opposite sex. Now I'll have to wonder if her skin came from a WORM...
they're working on goats that produce spider silk protien in their milk that can be filtered out and spun into silk. Googled: goats milk spider silk
"Sic Semper Tyrannosaurus Rex."
Nope. They have goats for that.
Did anyone else read the title of this as "Silkworms Spin Yam with Human Protein" when looking at the Science Slashbox?
Looks like the spidergoats have some new bunkmates! Play nice you two.
Keep your packets off my GNU/Girlfriend!
I remember reading about this quite some time ago too... however - much as I'd like to check that link - I'm at work right now and wary of anything that has "goat" in it when posted on slashdot.
If anyone else checks it and finds it to be ok, let me know, otherwise I'll wait until returning home.
In regards to the spidergoats though... what happens in they are not milked regularly... wouldn't the buildup be dangerous as silk is somewhat less liquid/etc than mulk.