RNA Studio

RNA Studio analyzes RNA secondary structures to provide dynamic visualization, predict conformational switching, compare structures via local alignment, and detect pseudoknots.

Key Features:

• Dynamic Visualization: Animates and compares multiple RNA secondary structures to explore conformational dynamics.
• Conformational Switching Prediction: Identifies regions prone to structural changes to support investigation of regulatory mechanisms.
• Structure Comparison and Local Alignment: Aligns RNA secondary structures using local alignment to detect conserved structural motifs across sequences.
• Pseudoknot Prediction: Detects complex pseudoknots that are critical for RNA function and interaction networks.

Scientific Applications:

• Conformational Dynamics Analysis: Study dynamic rearrangements of RNA secondary structures over alternative conformations.
• Regulatory Mechanism Investigation: Identify structural regions whose switching may regulate RNA-mediated processes.
• Comparative Structural Genomics: Detect and compare conserved structural motifs across sequences using local alignment.
• Pseudoknot Characterization: Identify and analyze pseudoknots relevant to RNA function and interactions.

Methodology:

Implements animated dynamic visualization of multiple RNA secondary structures, prediction of conformational switching, structure comparison via local alignment, and pseudoknot detection.