PartCrafter: find, generate and analyze BioParts

Area of Science:

• Synthetic Biology
• Genomics
• Bioinformatics

Background:

• Synthetic biology relies on discrete DNA sequences called BioParts for specific functions.
• Current tools facilitate designing genetic devices but lack support for BioPart discovery and generation.
• Researchers often discover BioParts through inefficient, ad hoc methods.

Purpose of the Study:

• To present PartCrafter, a novel tool designed to address the limitations in finding and generating BioParts.
• To facilitate the search for BioParts with desired functionalities by extracting and aggregating genomic feature data.
• To enable the transformation of genomic features into standardized BioParts.

Main Methods:

• PartCrafter extracts and aggregates genomic feature data.
• It facilitates searching for BioParts based on specific functionalities.
• The tool packages genomic features into BioParts, codon optimizes them for new hosts, and removes forbidden sites.

Main Results:

• PartCrafter provides a centralized platform for BioPart discovery.
• It streamlines the process of generating new BioParts from existing genomic features.
• The tool supports various manufacturing standards and host optimizations.

Conclusions:

• PartCrafter enhances the capabilities of synthetic biologists by improving BioPart accessibility and creation.
• The tool represents a significant advancement in the practical application of synthetic biology.
• PartCrafter is accessible online at partcrafter.com, promoting wider adoption and research.