HPO-Driven WES/WGS Variant Prioritization
Phenotype-driven genomic evidence prioritization for structured laboratory review workflows.
Research-use workflows for phenotype-driven WES/WGS variant prioritization using HPO semantic similarity, inheritance-aware ranking, and structured genomic evidence integration. These workflows are designed to support structured review of unresolved or previously negative WES/WGS cases through phenotype-driven evidence prioritization and organization.
The infrastructure integrates HPO semantic similarity, inheritance-aware review context, transcript-aware annotation, splice prediction resources, population-frequency data, and structured literature evidence into concise laboratory-oriented review outputs.
Designed to support internal laboratory review of unresolved or previously negative WES/WGS cases.
Core Infrastructure Features
- HPO semantic similarity and information-content (IC) scoring
- Inheritance-aware prioritization including AD, AR, X-linked, and de novo contexts
- Structured integration of ClinVar, transcript-aware annotation, splice prediction, conservation context, and population-frequency resources
- Structured organization of variant-linked publication and citation evidence
- GRCh37 and GRCh38 workflow support
- Concise review-oriented outputs designed to complement existing laboratory workflows
- Research-use-only (RUO) support for internal laboratory review processes
Research Use Statement
These workflows are intended for research-use and internal laboratory review support only. Outputs are not designed for diagnostic reporting, independent clinical decision-making, or final clinical interpretation.
Discuss Workflow
If relevant to your laboratory workflow, Resonance Genomics can provide additional information regarding phenotype-driven prioritization workflows, structured evidence integration approaches, and laboratory review support models.
If your laboratory is evaluating phenotype-driven WES/WGS review infrastructure or structured evidence-prioritization support, Resonance Genomics can provide research-use workflow evaluation and implementation discussion.