SALSA

SALSA scaffolds long-read de novo genome assemblies by integrating Hi-C sequencing data with assembly graphs to produce chromosome-scale scaffolds.

Key Features:

• Integration of Hi-C Data: SALSA uses Hi-C sequencing links to provide long-range chromosomal contact information for scaffolding.
• Assembly Graph Utilization: SALSA incorporates assembly graphs into the scaffolding process to inform contig ordering and orientation.
• No A Priori Chromosome Estimate Required: SALSA does not require an initial estimate of chromosome number for scaffolding.
• Error Minimization: Integration of Hi-C links with assembly graphs reduces common scaffolding errors such as inversions and inter-chromosomal fusions.

Scientific Applications:

• De Novo Genome Assembly: SALSA is used to construct reference-quality genomes from long-read sequencing assemblies.
• Chromosome-Scale Scaffolding: SALSA generates chromosome-scale scaffolds for comprehensive genomic analyses requiring high-resolution genome maps.

Methodology:

SALSA integrates Hi-C links with assembly graphs to scaffold long-read assemblies.