Abstract:
:Genetic circuits, composed of complex networks of interacting molecular machines, enable living systems to sense their dynamic environments, perform computation on the inputs, and formulate appropriate outputs. By rewiring and expanding these circuits with novel parts and modules, synthetic biologists have adapted living systems into vibrant substrates for engineering. Diverse paradigms have emerged for designing, modeling, constructing, and characterizing such artificial genetic systems. In this paper, we first provide an overview of recent advances in the development of genetic parts and highlight key engineering approaches. We then review the assembly of these parts into synthetic circuits from the perspectives of digital and analog logic, systems biology, and metabolic engineering, three areas of particular theoretical and practical interest. Finally, we discuss notable challenges that the field of synthetic biology still faces in achieving reliable and predictable forward-engineering of artificial biological circuits.
journal_name
J Mol Bioljournal_title
Journal of molecular biologyauthors
Ma KC,Perli SD,Lu TKdoi
10.1016/j.jmb.2016.02.018subject
Has Abstractpub_date
2016-02-27 00:00:00pages
893-915issue
5 Pt Beissn
0022-2836issn
1089-8638pii
S0022-2836(16)00134-0journal_volume
428pub_type
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journal_title:Journal of molecular biology
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pub_type: 杂志文章,评审
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journal_title:Journal of molecular biology
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abstract::The protection of telomeres 1 (Pot1) proteins specifically recognize the single-stranded 3' end of the telomere, an activity essential for sustained cellular viability and proliferation. The current model for the telomeric single-stranded DNA (ssDNA) binding activity of Schizosaccharomyces pombe Pot1 is based on a 20 ...
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journal_title:Journal of molecular biology
pub_type: 杂志文章
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