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Craig Venter reclines in his chair, puts his feet up on his desk and – gently stroking his milk chocolate-coloured miniature poodle, Darwin, asleep in his arms – shares his vision of the household appliance of the future. It is a box attached to a computer that would receive DNA sequences over the internet to synthesise proteins, viruses and even living cells.
It could, for example, fill a prescription for insulin, provide flu vaccine during a pandemic or even produce phage viruses targeted to fight antibiotic-resistant bacteria. It could help future Martian colonists by giving them access to the vaccines, antibiotics or personalised drugs they needed on the red planet. And should DNA-based life ever be found there, a digital version could be transmitted back to Earth, where scientists could recreate the extraterrestrial organism using their own life-printing box.
"We call it a Digital Biological Converter. And we have the prototype," says Venter. I am visiting the office and labs of Venter's company Synthetic Genomics Incorporated (SGI) in La Jolla, a wealthy seaside enclave north of San Diego, California, where...
It could, for example, fill a prescription for insulin, provide flu vaccine during a pandemic or even produce phage viruses targeted to fight antibiotic-resistant bacteria. It could help future Martian colonists by giving them access to the vaccines, antibiotics or personalised drugs they needed on the red planet. And should DNA-based life ever be found there, a digital version could be transmitted back to Earth, where scientists could recreate the extraterrestrial organism using their own life-printing box.
"We call it a Digital Biological Converter. And we have the prototype," says Venter. I am visiting the office and labs of Venter's company Synthetic Genomics Incorporated (SGI) in La Jolla, a wealthy seaside enclave north of San Diego, California, where...