Bacteria-based computing

Bacteria-based computing

Shares

Ecoli DNA performs computing functions in living tissue, including our own.

Looks like we just got a breakthrough.

Bacteria make computers look like pocket calculators

Computers are evolving – literally. While the tech world argues
netbooks vs notebooks, synthetic biologists are leaving traditional
computers behind altogether. A team of US scientists have engineered
bacteria that can solve complex mathematical problems faster than
anything made from silicon.

The research, published today in the Journal of Biological Engineering, proves that bacteria can be used to solve a puzzle known as the Hamiltonian Path Problem.
Imagine you want to tour the 10 biggest cities in the UK, starting in
London (number 1) and finishing in Bristol (number 10). The solution to
the Hamiltonian Path Problem is the the shortest possible route you can
take.

Programming such a
computer is no easy task, however. The researchers coded a simplified
version of the problem, using just three cities, by modifying the DNA
of Escherichia coli bacteria. The cities were represented by a
combination of genes causing the bacteria to glow red or green, and the
possible routes between the cities were explored by the random
shuffling of DNA. Bacteria producing the correct answer glowed both
colours, turning them yellow.

I, for one, welcome our new bio-machine overlords.

Shares

4 Comments

Mike Zuk

I too welcome this type of advancement? What's the lifespan of the bacteria? Do they degrade with age? Heat? Cold? Can I grow my own bacteria in my kitchen and get it to calculate my home food budget?

Medianewstime

Hehe, well you are far more likely to contract a virus on the door handle of the lab then you are from the actual bacteria computer.

TurnerImelda27

I had got a dream to begin my organization, however I didn't earn enough of cash to do this. Thank heaven my friend recommended to utilize the personal loans. Thence I took the auto loan and realized my old dream.

Comments are closed.