… synthetic biology as a novel, true engineering approach to conducting biotechnology. In
synthetic biology… some of the important elements of an engineering approach, as discussed, in …

… ‘synthetic biology’ as an engineering approach to design, build and analyse dynamic molecular
devices and/or pathways from biological … synthetic biology (for example, chemical biology…

… technologies requires an engineering mindset to be applied to biology, with an … synthetic
biology and to illustrate areas where synthetic biology may impact biomedical engineering …

… synthetic biology tools available for reprogramming plants. Next, we discuss the essential
role of engineering … applications of plant synthetic biology in molecular farming and for human …

… in the engineering of versatile gene circuits in mammalian cells. For readers interested in the
… made in bacterial synthetic biology, we recommend a recent review focused on engineered …

… biological phenomena and for a variety of applications. We outline the basic features of
synthetic biology as a new engineering … among all other existing engineering fields. We discuss …

… parts is easier in the macroscopic world than in the molecular world; the principal
challenge in synthetic biology is to identify interchangeable parts in the molecular world. …

… and ability to engineer biology are the cornerstones of synthetic biology. We refer to the
potentially vast arena in which synthetic biologists can operate as synthetic biology space. This …

… Below, we review some remaining challenges and discuss how synthetic biology has helped
address these issues. We highlight synthetic biology approaches and techniques centered …

… a coherent definition of synthetic biology with a distinct intellectual … engineering and
electronic circuits for synthetic biology. In this context, metabolic engineering is about engineering …