Enly

Enly improves genome assemblies by closing gaps in draft genomes through iterative mapping of sequence reads at contig edges to extend contigs.

Key Features:

• Iterative Mapping: Employs an iterative mapping strategy that focuses on sequence reads at contig edges to extend genomic contigs.
• Compatibility with Newbler-like Assemblies: Optimized to work with assemblies produced by algorithms similar to Newbler.
• Gap Closure Efficiency: Has demonstrated closure of up to 20% of gaps in de novo draft genomes.
• High-throughput Sequencing Support: Leverages high-throughput sequencing data to fill gaps in draft assemblies.
• Parallelization: Contains parallelizable pipeline steps to reduce processing time for large datasets.

Scientific Applications:

• Comparative Genomics: Produces more complete genome assemblies to enable detailed comparisons between organisms.
• Functional Genomics: Improves assembly completeness to support more accurate gene annotation and contextual functional analyses.
• Evolutionary Studies: Provides more accurate genomic sequences to facilitate tracing of evolutionary changes.

Methodology:

Uses an iterative mapping process that systematically extends contigs by aligning sequence reads at contig edges and leverages high-throughput sequencing data to fill gaps.