The field of Synthetic Biology is both practically and philosophically reliant on the idea of BioParts - concrete DNA sequences meant to represent discrete functionalities. While there are a number of software tools which allow users to design complex DNA sequences by stitching together BioParts or genetic features into genetic devices, there is a lack of tools assisting Synthetic Biologists in finding BioParts and in generating new ones. In practice, researchers often find BioParts in an ad hoc way. We present PartCrafter, a tool which extracts and aggregates genomic feature data in order to facilitate the search for new BioParts with specific functionalities. PartCrafter can also turn a genomic feature into a BioPart by packaging it according to any manufacturing standard, codon optimizing it for a new host, and removing forbidden sites. PartCrafter is available at partcrafter.com.

PartCrafter: find, generate and analyze BioParts / Scher, E.; Cohen, S. B.; Sanguinetti, G.. - In: SYNTHETIC BIOLOGY. - ISSN 2397-7000. - 4:1(2019), pp. 1-5. [10.1093/synbio/ysz014]

PartCrafter: find, generate and analyze BioParts

Sanguinetti G.
2019-01-01

Abstract

The field of Synthetic Biology is both practically and philosophically reliant on the idea of BioParts - concrete DNA sequences meant to represent discrete functionalities. While there are a number of software tools which allow users to design complex DNA sequences by stitching together BioParts or genetic features into genetic devices, there is a lack of tools assisting Synthetic Biologists in finding BioParts and in generating new ones. In practice, researchers often find BioParts in an ad hoc way. We present PartCrafter, a tool which extracts and aggregates genomic feature data in order to facilitate the search for new BioParts with specific functionalities. PartCrafter can also turn a genomic feature into a BioPart by packaging it according to any manufacturing standard, codon optimizing it for a new host, and removing forbidden sites. PartCrafter is available at partcrafter.com.
2019
4
1
1
5
ysz014
Scher, E.; Cohen, S. B.; Sanguinetti, G.
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.11767/117184
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