Genus biomolecules

Genus biomolecules analyzes topological complexity in proteins and RNA by computing genus values for entire chains and subchains to quantify folding patterns.

Key Features:

• Topological analysis: Computes genus values for entire protein and RNA chains and for subchains to quantify topological complexity.
• Visualization: Generates genus trace plots that depict genus variation along the chain and genus matrix diagrams that summarize topological features across segments.
• Database coverage: Compiles genus-related data for protein and RNA structures from the Protein Data Bank (PDB).
• Statistical analysis and biological function annotation: Calculates statistics of genus values and associates genus measures with biological function information.

Scientific Applications:

• Topology–function relationship analysis: Correlates genus-derived topological complexity with reported biological functions of proteins and RNA.
• Functional implication identification: Identifies regions where specific folding patterns and genus values may have functional significance.
• Comparative topological studies: Enables comparison of genus characteristics across different proteins and RNA molecules to study structural diversity.

Methodology:

Computes genus values for protein and RNA chains and subchains, generates genus trace plots and genus matrix diagrams, compiles structures from the Protein Data Bank (PDB), and computes statistics of genus values linked to biological function information.