NucleaRDB

NucleaRDB aggregates, validates, and disseminates integrated experimental and computational data on nuclear hormone receptors (NHRs) to support analysis of sequences, ligand binding constants, mutations, and structure–function relationships.

Key Features:

• Data integration: Collects heterogeneous NHR-related data including sequences, ligand binding constants, and mutations.
• Computational datasets: Stores computationally derived information such as multiple sequence alignments and homology models.
• Data validation: Applies validation processes to produce curated, validated datasets for NHR research.

Scientific Applications:

• Drug discovery: Supports identification and characterization of NHR ligands and ligand–receptor interactions using binding constants and structural models.
• Molecular biology: Enables sequence- and structure-based analyses of NHRs using alignments and homology models.
• Genetics and mutation analysis: Facilitates assessment of the impact of genetic mutations on NHR function using curated mutation data.
• Mechanistic studies: Aids elucidation of receptor mechanisms and ligand interactions by integrating experimental and computational evidence.

Methodology:

Automated data integration from diverse sources, validation processes, and generation/storage of multiple sequence alignments and homology models.