GenomeDiver

GenomeDiver integrates structured Human Phenotype Ontology (HPO) phenotypic data with clinical genomic sequencing to prioritize candidate genes and support genotype interpretation for medical genomic diagnosis.

Key Features:

• Phenotype-Guided Genomic Interpretation: Leverages the Human Phenotype Ontology (HPO) to document patient phenotypic features and prioritize genes for diagnostic interpretation.
• Integration with Clinical Genomic Sequencing: Integrates structured phenotypic annotations with clinical genomic sequencing data to support variant and genotype interpretation.
• Reverse Phenotyping: Prompts reverse phenotyping to enrich and expand structured HPO annotations used during variant and gene prioritization.
• Translation of Clinical Observations to HPO: Translates clinician observations into HPO terms to convey standardized phenotypic information to diagnostic laboratories for genomic interpretation.

Scientific Applications:

• Genomic Diagnostics: Supports clinical genomic diagnostics by improving precision in diagnosing genetic disorders through HPO-informed gene prioritization.
• Research and Development: Enables simulation and evaluation of genomic testing scenarios to assess impact on diagnostic outcomes.

Methodology:

Uses Human Phenotype Ontology (HPO) terms to standardize patient phenotypic features and integrates these structured phenotypes with clinical genomic sequencing to prioritize candidate genes and prompt reverse phenotyping.