ddbRNA

ddbRNA identifies conserved secondary structures in non-coding RNAs (ncRNAs) by analyzing pairwise and multiple DNA sequence alignments to detect structured ncRNAs within genomic sequences.

Key Features:

• Algorithm Design: Employs a specialized algorithm that detects conserved secondary structures in pairwise and multiple DNA sequence alignments.
• Computational Efficiency: Computational time scales proportional to the square of the sequence length.
• Versatility: Implemented for pairwise and three-way alignments.

Scientific Applications:

• Detection of ncRNAs: Facilitates identification of structured non-coding RNAs (ncRNAs) within genomic sequences by detecting conserved secondary structures.
• Validation with Public Databases: Tested using ncRNA data from public databases.

Methodology:

Pairwise alignment analysis yields specificity greater than 97% and sensitivity ranging from 22.26% for BLAST-based alignments to 56.35% for structural alignments; three-way alignment analyses exhibit similar specificity and sensitivity metrics.