Hawkeye: A Tool for Analyzing Genome Assemblies
Author Information
Author(s): Michael C Schatz, Adam M Phillippy, Ben Shneiderman, Steven L Salzberg
Primary Institution: University of Maryland
Hypothesis
Can a visual analytics tool improve the identification and correction of genome assembly errors?
Conclusion
Hawkeye effectively aids in identifying and correcting assembly errors in genome sequences.
Supporting Evidence
- Hawkeye was used in a genome sequencing project for Xanthamonas oryzæ, uncovering several mis-assemblies.
- The tool integrates various assembly statistics to guide users in identifying potential errors.
- Hawkeye's visualizations help users quickly assess the quality of genome assemblies.
Takeaway
Hawkeye is a tool that helps scientists check and fix mistakes in DNA sequences by showing them the data in a clear way.
Methodology
Hawkeye uses visual analytics to display genome assembly data, allowing users to identify mis-assemblies through various statistical and graphical representations.
Limitations
The tool may not capture all subtle mis-assemblies and relies on user interaction for effective analysis.
Digital Object Identifier (DOI)
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