First artificial life 'within months' | International News | News | Telegraph
Scientists could create the first new form of artificial life within months after a landmark breakthrough in which they turned one bacteria into another.
Craig Venter likened the process to 'changing a Macintosh computer into a PC by inserting a new piece of software'
In a development that has triggered unease and excitement in equal measure, scientists took the whole genetic makeup - or genome - of a bacterial cell and transplanted it into a closely related species.
This then began to grow and multiply in the lab, turning into the first species in the process.
The team that carried out the first “species transplant” says it plans within months to do the same thing with a synthetic genome made from scratch in the laboratory.
If that experiment worked, it would mark the creation of a synthetic lifeform.
The scientists want to create new kinds of bacterium to make new types of bugs which can be used as green fuels to replace oil and coal, digest toxic waste or absorb carbon dioxide and other greenhouse gases from the atmosphere.
But this pioneering research also triggers unease about the limits of science and the inevitable fears about “playing god,” as well as raising the spectre that this technology could one day be abused to create a new generation of bioweapons.
Producing living cells from synthetic genomes of lab-made DNA would require the ability to move and manipulate whole genomes.
To that end, a milestone was passed today by a team led by Craig Venter, the first person to have his entire genetic makeup read, and which included the Nobel prizewinner Ham Smith.
Dr Venter said that, in the light of this success, the culmination of a decade’s work, he will be attempting the first transplant of a lab-made genome to create the first artificial life “within months.”
Dr Venter said: “We would hope to have the first fuel from synthetic organisms certainly within the decade, possibly within half that time.”
Scientists could create the first new form of artificial life within months after a landmark breakthrough in which they turned one bacteria into another.
Craig Venter likened the process to 'changing a Macintosh computer into a PC by inserting a new piece of software'
In a development that has triggered unease and excitement in equal measure, scientists took the whole genetic makeup - or genome - of a bacterial cell and transplanted it into a closely related species.
This then began to grow and multiply in the lab, turning into the first species in the process.
The team that carried out the first “species transplant” says it plans within months to do the same thing with a synthetic genome made from scratch in the laboratory.
If that experiment worked, it would mark the creation of a synthetic lifeform.
The scientists want to create new kinds of bacterium to make new types of bugs which can be used as green fuels to replace oil and coal, digest toxic waste or absorb carbon dioxide and other greenhouse gases from the atmosphere.
But this pioneering research also triggers unease about the limits of science and the inevitable fears about “playing god,” as well as raising the spectre that this technology could one day be abused to create a new generation of bioweapons.
Producing living cells from synthetic genomes of lab-made DNA would require the ability to move and manipulate whole genomes.
To that end, a milestone was passed today by a team led by Craig Venter, the first person to have his entire genetic makeup read, and which included the Nobel prizewinner Ham Smith.
Dr Venter said that, in the light of this success, the culmination of a decade’s work, he will be attempting the first transplant of a lab-made genome to create the first artificial life “within months.”
Dr Venter said: “We would hope to have the first fuel from synthetic organisms certainly within the decade, possibly within half that time.”
Comments