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|Alternative name||Genetic Engineering of living Cells|
|Interface||Command line interface, Graphical user interface|
|Restrictions to use||None|
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- person_outline Andrew Phillips
Publication for Genetic Engineering of living Cells
Computational Tools and Algorithms for Designing Customized Synthetic Genes
[…] ure of DNA sequences. The genomic sequences that GenoCAD uses as biological parts are immutable, and no optimizations are applied in the creation of the constructs. Other circuit design tools include GEC (Pedersen and Phillips, ), TinkerCell (Chandran et al., ), and Clotho (Xia et al., ).In Section “,” we examine some of the most important objectives in synthetic gene design toward optimized expre […]
Towards the rational design of synthetic cells with prescribed population dynamics
[…] 0.0025 nM h−1) provided that was no less than 0.01 nM h−1. As expected, the oscillation period was considerably reduced when increasing the degradation rates with pH buffers (). Figure 4.We used the GEC software to impose conditions on kinetic rates associated with specific interactions, allowing us to assess conditions under which the desired behaviours are predicted to occur, and to specificall […]
Modeling Structure Function Relationships in Synthetic DNA Sequences using Attribute Grammars
[…] of such semantic models in GenoCAD is the development of a data model allowing users to understand and possibly edit the functional model of the parts they use.A function description language called Genetic Engineering of living Cells (GEC) was recently introduced to specify the properties of a design . GEC is capable of finding a DNA sequence that implements the desirable phenotypic functions. S […]
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