Designing and creating new biological entities including enzymes, genetic circuits, and cells, as well as redesigning already-existing biological systems, is known as synthetic biology. In an effort to alter biology in the same manner that synthesis transformed chemistry and integrated circuit design transformed computers, synthetic biology builds on the advancements made in molecular, cell, and systems biology. The focus on the design and construction of core components that can be modelled, understood, and tuned to meet particular performance criteria, as well as the assembly of these smaller parts and devices into larger integrated systems to solve particular problems, is what distinguishes synthetic biology from conventional molecular and cellular biology.
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