A team from the University of Birmingham, led by Dr Tim Dafforn of the School of Biosciences, is developing a real-life version of Star Trek medic Dr McCoy's diagnostic marvel, the tricorder, using viruses that behave like spaghetti.
A team from the University of Birmingham, led by Dr Tim Dafforn a Senior Lecturer in the School of Biosciences, is developing a real-life version of Star Trek medic Dr McCoy's diagnostic marvel, the tricorder, using viruses that behave like spaghetti.
The shoe box-sized prototype can already detect dangerous E.coli bugs in a sample in five minutes. Future devices will identify a whole range of infections at the same time and may be small enough to attach to a smartphone. The device is an example of new applications coming out of the emerging field of “synthetic biology”, which involves re-engineering biological systems.
Dr Tim Dafforn thinks that the team might be in with a chance to win the $10 million prize, launched at the Consumer Electronis Show in Las Vegas, waiting to be claimed by anyone who can build a tricorder – or something like it.
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