Reconciliator

Reconciliator reconciles multiple draft genome assemblies into a single consensus sequence to improve assembly accuracy for downstream genomic analyses.

Key Features:

• Assembly reconciliation technique: Merges multiple draft genome assemblies by analyzing a primary draft and integrating information from alternative drafts to produce a cohesive consensus sequence.
• Error detection and correction: Systematically identifies apparent errors in the chosen draft assembly and corrects them by incorporating more accurate segments from alternative drafts.
• Gap closure: Closes gaps in the primary draft where alternative assemblies correctly span regions that were unresolved or misassembled.
• Applied reconciled assemblies: Has been used to produce CAF1 assemblies for six Drosophila species and a reconciled Rhesus Macaque genome.

Scientific Applications:

• Collaborative sequencing projects: Integrates assemblies from multiple sequencing centers to create a more comprehensive and accurate genome representation.
• Comparative genomics: Produces higher-quality reference assemblies that improve comparative genomic and evolutionary analyses.
• Functional annotation: Generates more complete assemblies that support more accurate gene prediction and functional annotation.

Methodology:

Identifies errors and gaps in a primary draft assembly and corrects or fills them by incorporating sequence segments from alternative draft assemblies to produce a reconciled consensus.