CiliaMiner

CiliaMiner curates a comprehensive database of ciliopathy-associated genes, 55 related disorders with over 4,000 clinical manifestations, protein subcellular localizations, orthologs in model organisms, and visualization data to support research into ciliary structure–function relationships and disease mechanisms.

Key Features:

• Extensive disorder classification: Identifies 55 disorders linked to ciliopathies and classifies them as primary, secondary, or atypical based on comparative symptom analysis and subcellular localization data.
• Gene and clinical data integration: Integrates disease genes with detailed clinical features and protein subcellular localization annotations.
• Orthologous gene information: Provides orthologs for disease genes in mouse, zebrafish, Xenopus, Drosophila, Caenorhabditis elegans, and Chlamydomonas reinhardtii for comparative studies.
• Interactive visualization: Generates interactive heatmaps to display relationships among genes, proteins, and clinical manifestations.
• Regular updates: Maintains and updates the database content to incorporate ongoing research findings in ciliopathy studies.

Scientific Applications:

• Genetic research: Supports identification and characterization of genetic contributors to ciliopathies by linking genes to clinical phenotypes and localization data.
• Comparative biology: Enables evolutionary and functional studies using orthologs across multiple model organisms.
• Clinical research: Facilitates correlation of clinical features with specific gene mutations and protein localization to inform diagnosis and phenotype interpretation.
• Bioinformatics analysis: Provides structured gene, phenotype, localization, orthology, and heatmap data for computational analyses of ciliary biology and disease mechanisms.

Methodology:

Curation and integration of gene, clinical, and subcellular localization annotations; disorder classification using comparative symptom analysis and subcellular localization data; identification of orthologs in specified model organisms; and generation of interactive heatmaps.