Bluejay 1.0: genome browsing and comparison with rich customization provision and dynamic resource linking

Area of Science:

• Genomics
• Bioinformatics
• Computational Biology

Background:

• The Bluejay genome browser was developed to manage increasing data types and volumes in genome research.
• Initial versions focused on XML-based genomic information and scalable vector graphics.
• Development was driven by the need for enhanced functional insights from gene expression profiling and comparative genomics.

Purpose of the Study:

• To present Bluejay 1.0, an advanced genome viewer.
• To integrate diverse genomic data types for comprehensive analysis.
• To enhance user personalization and data retrieval capabilities.

Main Methods:

• Integration of genome annotation with gene expression data.
• Comparative analysis across an unlimited number of genomes within a single view.
• Implementation of user personalization features, including display customization and waypoints.
• Embedding the Seahawk browser for Moby protocol to invoke Web Services.

Main Results:

• Bluejay 1.0 provides integrated views of genome annotation, gene expression, and comparative genomics.
• Users can analyze gene context, regulation, and evolution across multiple genomes.
• Personalization features include display customization, waypoints, and relevance feedback for recommendations.
• Seamless invocation of hundreds of Web Services on genomic data is enabled via Seahawk and Moby protocol.

Conclusions:

• Bluejay 1.0 offers unique, customizable features for efficient genome data analysis.
• The browser enables biologists to quickly focus on, analyze, and compare relevant genomic information.
• Bluejay is expected to aid biologists in answering complex questions using complete genome sequences.