![]() ![]() Synthetic biology has also catalyzed exciting developments for the production of sustainable food alternatives, including the production of grapefruit flavoring nootkatone, yeast-produced milk or egg substitutes, and laboratory-grown meat. Other healthcare examples include the accelerated production of vaccines, or mining biosynthetic gene clusters for novel antibiotic production. ![]() ![]() One of the most prominent examples of synthetic biology is the production of the anti-malaria drug artemisinin through an engineered yeast host. Specifically, synthetic biology allows biologic systems to be engineered for manufacturing chemicals, foods, or fabricating materials, producing healthcare products, processing information, and producing energy. Drawing from disciplines including molecular and systems biology, synthetic biology is set to revolutionize how we utilize biology, just as chemical synthesis transformed chemistry, and the integrated circuit transformed computing. Synthetic biology is the application of engineering principles to design and construct new biologic entities. ![]()
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