Genomicus-protists

Genomicus-protists provides visualization and comparative analysis of synteny across protist genomes to investigate gene organization, genome rearrangements, and ancestral genome reconstructions in a phylogenetic context.

Key Features:

• Multi-Dimensional Navigation: Explores genomes linearly across chromosome axes, transversally among species, and chronologically through evolutionary time scales.
• Unlimited Genome Comparison: Represents an unlimited number of genomes simultaneously for large-scale comparative analyses.
• Phylogenetic Contextualization: Integrates comprehensive phylogenetic views to examine evolutionary relationships and gene organization across protist lineages.
• Ancestral Gene Organization Reconstruction: Reconstructs ancestral gene organizations to infer historical genome configurations and evolutionary events.
• Synteny-Based Alignment: Uses a synteny-based approach to align and compare genomes and identify conserved gene order across species.
• Ancestral Reconstruction Algorithms: Implements algorithms that facilitate the inference of ancestral gene orders.

Scientific Applications:

• Evolution of Gene Organization: Enables study of changes in gene order and organization across diverse protist lineages.
• Detection of Large-Scale Genomic Rearrangements: Supports identification and comparison of structural rearrangements between genomes.
• Identification of Conserved Genetic Elements: Facilitates detection of conserved syntenic blocks and gene neighborhoods across species.
• Analysis of Lineage-Specific Adaptations: Aids in pinpointing lineage-specific genomic changes and adaptations in protists.
• Ancestral State Reconstruction: Allows inference of ancestral genomic states to interpret evolutionary trajectories and functional implications.

Methodology:

Uses a synteny-based approach to align and compare genomes across species and employs algorithms to reconstruct ancestral gene organizations.