From: The Telegraph |
— via the New Shelton wet/dry
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“A genetic disease has been cured in living, adult animals for the first time using a revolutionary genome-editing technique that can make the smallest changes to the vast database of the DNA molecule with pinpoint accuracy.
Scientists have used the genome-editing technology to cure adult laboratory mice of an inherited liver disease by correcting a single 'letter' of the genetic alphabet which had been mutated in a vital gene involved in liver metabolism.”
— The Independent
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“What is the verse that you've encoded?
It's a very short poem; a very masculine assertion about the aesthetic creation of life. The organism reads the poem, and writes in response a very melancholy, feminine - almost surreal in tone - poem about the aesthetic loss of life. The two poems are in dialogue with each other.
How do you encode your verse into DNA?
There's a standard convention of assigning certain letters to certain amino acids, but this convention is arbitrary. I'm likewise assigning a certain DNA codon to a letter of the alphabet. But there's a series of added constraints. Because I want the genetic sequence enciphering my poem to produce a protein that is, itself, yet another poem, there has to be a mutual correlation between those two sequences. In effect, I'm producing a kind of cryptogram, like something you might see in The Sunday Times, except that my cryptogram is itself a meaningful message that can be deciphered into yet another meaningful message. That's what's made this project very challenging.”
— Jamie Condliffe in conversation with Christian Bök, New Scientist
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