DARPA Funds Wireless Yeast DNA Printer Project Led by UC Santa Barbara
The Defense Advanced Research Projects Agency (DARPA) has awarded $1.7 million to a team led by Max Wilson of UC Santa Barbara to develop a wireless yeast DNA printer. This initiative, named LUXCODE, aims to create a nucleic acid compiler (NAC) within a living cell, specifically yeast. The goal is to enable the remote synthesis of DNA or RNA sequences without the need for chemical inputs, effectively allowing instructions to be emailed to a remote location for on-site protein production. The project involves researchers from four universities and is initially funded for nine months, with potential for tens of millions more based on progress. This technology seeks to overcome current bottlenecks in bioengineering, such as the time-consuming process of ordering and receiving DNA sequences from specialized companies. By leveraging the error-detection and DNA-repair processes inherent in living organisms, the project aims to synthesize DNA in days rather than months, significantly accelerating therapeutic inve... 
