MizBee

MizBee visualizes conservation relationships in comparative genomics by presenting multiscale views of conserved syntenic blocks across genome, chromosome, block, and genomic feature scales.

Key Features:

• Multiscale visualization: Represents syntenic data across scales from whole genome down to individual genomic features (genome, chromosome, block, genomic feature).
• Synteny analysis: Focuses on identification and representation of conserved syntenic blocks—regions of shared sequences across different species.
• Relationship characterization: Implements a task analysis that categorizes relationships into proximity/location, size, orientation, and similarity/strength.
• Visual encoding taxonomy: Applies a taxonomy for visually encoding conservation data that adheres to perceptual principles.

Scientific Applications:

• Comparative genomics: Analysis and interpretation of conserved syntenic blocks to study evolutionary processes and genomic function.
• Complementing automated workflows: Provides visual exploration capabilities to augment traditional automatic comparative-genomics analyses.
• Case study analysis: Used in case studies to derive insights into genomic conservation patterns across species.

Methodology:

Uses a task analysis that categorizes relationships (proximity/location, size, orientation, similarity/strength) across genome, chromosome, block, and genomic feature scales and applies a visual encoding taxonomy based on perceptual principles to represent conserved syntenic blocks.