The scientists created “logic gates” from genes and then put them into the E. Coli type bacteria. The logic gates in the resulting computer programmable bacteria would then mimic digital processing, thus leading to the digital communication between cells. Synthetic biologist Christopher A. Voigt said that although the controllable functions are plainly at the time, this research may open doors for cellular communication similar to digital devices. The technology can have a wide range of applications in bioengineering, agriculture and pharmaceutical industry.

Voigt further says that they aim at creating computer codes that can be read by living organisms. They want to create a programming language for the computer programmable bacteria. So a very sophisticated programming language would be required to obtain better controls over the bacteria and to assign complex functions. The synthesis of Computer programmable bacteria can be a big leap in genetic engineering.

Source: CNN Blogs

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