[NetBehaviour] Creating first synthetic life form
Patrick.Simons2 at falmouth.ac.uk
Thu Dec 22 16:54:52 CET 2005
Hopefully this will speed up my plan to produce a genetically modified puppy which will cease to be after the twelve days of christmas, a dog that is truly "not for life, a dog thats just for christmas"....
The ultimate consumer toy.
With car stickers and posters to match.
In the shops next crimbo.
From: netbehaviour-bounces at netbehaviour.org on behalf of marc
Sent: Thu 12/22/2005 3:14 PM
To: NetBehaviour for networked distributed creativity
Subject: [NetBehaviour] Creating first synthetic life form
Creating first synthetic life form
By CAROLYN ABRAHAM
Work on the world's first human-made species is well under way at a
research complex in Rockville, Md., and scientists in Canada have been
quietly conducting experiments to help bring such a creature to life.
Robert Holt, head of sequencing for the Genome Science Centre at the
University of British Columbia, is leading efforts at his Vancouver lab
to play a key role in the production of the first synthetic life form --
a microbe made from scratch.
The project is being spearheaded by U.S. scientist Craig Venter, who
gained fame in his former job as head of Celera Genomics, which
completed a privately-owned map of the human genome in 2000.
Dr. Venter, 59, has since shifted his focus from determining the
chemical sequences that encode life to trying to design and build it:
"We're going from reading to writing the genetic code," he said in an
The work is an extreme example of a burgeoning new field in science
known as synthetic biology. It relies on advances in computer technology
that permit the easy assembly of the chemical bits, known as
nucleotides, that make up DNA.
Several scientific groups are trying to make genes that do not exist in
nature, in hopes of constructing microbes that perform useful tasks,
such as producing industrial chemicals, clean energy or drugs. Dr.
Venter and his colleagues are pushing the technology to its limits by
trying to put together an entirely synthetic genome.
"We have these genetic codes that we have been determining, so part of
the proof [that they encode an organism] is reproducing the chromosome
and seeing if it produces the same result," he said.
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