REDseq

REDseq analyzes restriction enzyme cut sites (RECS) in genomic sequences, providing mapping, distribution, enrichment/depletion, and comparative analyses within the Bioconductor/R framework.

Key Features:

• RECS Map Construction: Constructs detailed maps of restriction enzyme cut sites (RECS) across genomic sequences.
• Sequence Distribution Approaches: Implements five distinct methodologies for distributing mapped sequences onto the RECS map.
• Enrichment/Depletion Analysis: Identifies enriched or depleted RECS within samples to quantify differences in cut site frequency.
• Comparative Analysis Between Samples: Detects differentially enriched or depleted RECS across multiple samples for comparative studies.
• Bioconductor/R Integration: Implemented in R and integrated with the Bioconductor framework for statistical analysis.

Scientific Applications:

• Genomic Research: Supports genome mapping and structural variation studies by providing detailed RECS maps.
• Molecular Biology Studies: Enables analysis of RECS enrichment and depletion relevant to gene regulation and epigenetic modifications.
• Comparative Genomics: Facilitates comparison of genomic features across samples or conditions to identify biologically significant differences.

Methodology:

Implemented in R and integrated with Bioconductor's statistical framework.