clc_unmapped_reads

clc_unmapped_reads extracts unmapped reads from assembly outputs to enable discovery of novel transcripts and assessment of assembly completeness in high-throughput sequencing datasets such as Roche 454 pyrosequencing (250-450 base pairs).

Key Features:

• Handling Unmapped Reads: Identifies and outputs reads that remain unmapped after an initial assembly attempt.
• Integration with Assembler Tools: Accepts and processes outputs from CAP3, MIRA, Newbler, SeqMan, and CLC assemblers.
• Comprehensive Analysis: Merges datasets from multiple assemblers to improve alignment accuracy and consistency in contig number and size.
• Variable Read Coverage Handling: Addresses challenges posed by variable read coverage across individual contigs.
• High-Throughput Sequencing Support: Applicable to large volumes of short reads from technologies such as Roche 454 pyrosequencing (250-450 bp).

Scientific Applications:

• Novel Sequence Discovery: Enables identification of sequences, genes, or variants not represented in reference assemblies.
• Transcript Diversity Analysis: Facilitates exploration of transcriptome diversity in non-model organisms, including Litomosoides sigmodontis.
• Assembly Evaluation and Improvement: Supports assessment of assembly completeness and improvement of contig metrics through merged assembler outputs.

Methodology:

Identifies reads that remain unmapped following initial assembly attempts and integrates/merges outputs from multiple assemblers (CAP3, MIRA, Newbler, SeqMan, CLC) to enhance alignment accuracy and contig consistency.