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Synthetic Biology Department

Gates Foundation funds Synthetic Biology research
Research led by Synthetic Biology Department head Jay Keasling resulted in the creation of a simple and much less expensive means of making one of the most promising and potent of all the new anti-malarial drugs. This, in turn, has led to an announcement from the Bill & Melinda Gates Foundation of a $42.6 million grant to take Keasling’s development to the production level. The ultimate payoff will be an affordable, accessible cure for malaria, a disease that kills more than a million children each year.

The grant, awarded to the Institute for OneWorld Health, supports a unique three-way partnership among Keasling at the QB3 Institute, pharmaceutical manufacturer Amyris, and OneWorld Health (which will distribute the medicine). The aim of the Gates Foundation grant is to bring down the cost of treatment to well under a dollar.

Keasling’s research makes this goal possible through the use of E. coli bacteria that have been genetically engineered to quickly and cheaply synthesize a precursor to the chemical compound artemisinin. The idea is to use the modified bacteria as microbial drug factories that will one day replace the high cost and ecological problems of extracting artemisinin from the wormwood plant.

Says Keasling, “By inserting genes from three separate organisms into the E. coli, we’ve created a bacterial strain that can produce the artemisinin precursor, amorphadiene. We’re now in the process of cloning the remaining genes needed for the E. coli to produce artemisinin.”

Full story by Lynn Yarris (Berkeley Lab) -->

Full story by Robert Sanders (UC Berkeley) -->

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