ProcaryaSV

ProcaryaSV integrates multiple tools for quality control, alignment, and structural variation detection to detect structural variations in bacterial genomes from paired-end short sequencing reads.

Key Features:

• Multi-tool integration: Multiple tools are integrated for quality control, trimming of sequencing data, alignment to the reference genome, and structural variation detection.
• In-house merging algorithm: All partial results from multiple detection tools are processed and merged with an in-house merging algorithm.
• Improved detection performance: Compared with a single detection approach, ProcaryaSV has improved detection performance through combining the detection abilities of multiple tools.
• Haploid genome support: The pipeline supports haploid genomes, a key feature for bacterial structural variation detection.
• Small rearrangement detection: The pipeline enables detection of small rearrangements in bacterial genomes.

Scientific Applications:

• Structural variation detection in bacterial isolates: The pipeline detects structural variations in bacterial isolates from paired-end short sequencing reads.
• Antibiotic resistance research: Structural variations mediate genome adaptation and can play a role in antibiotic resistance in bacterial genomes.
• Genome adaptation studies: Structural variations can mediate genome adaptation quickly in response to the external environment in bacterial genomes.

Methodology:

The pipeline integrates multiple tools starting with quality control and trimming of sequencing data, alignment to the reference genome, and multiple structural variation detection tools. All partial results are then processed and merged with an in-house merging algorithm.