mreps

mreps identifies tandem repeats in genomic sequences, detecting both exact and 'fuzzy' repeats to enable comprehensive analysis of repeat structures across whole genomes.

Key Features:

• Whole-genome detection: Identifies all types of tandem repeats in a single run over an entire genomic sequence.
• Resolution parameter: Detects 'fuzzy' repeats with slight variations using a configurable resolution parameter.
• Algorithmic performance: Employs algorithmic methods for rapid and accurate identification of tandem repeats and scales to large genomic datasets.

Scientific Applications:

• Genomic fingerprinting: Identifies unique tandem repeat patterns useful for species identification and genetic diversity studies.
• Regulatory mechanism studies: Analyzes distribution and variation of tandem repeats to investigate roles in gene regulation and chromosomal organization.

Methodology:

mreps employs algorithmic whole-genome scanning with a configurable resolution parameter to detect exact and 'fuzzy' tandem repeats and reports execution time benchmarks.