Evaluation for biobricks-aopwiki

Evaluator: Automated Evaluation

Evaluated on: 2026-01-06

⚠️ Automated Evaluation: This evaluation was generated automatically using an AI-based system. It is distinct from manual evaluations curated by human experts. Please review findings carefully and report any inaccuracies.

Evaluation Criteria: This evaluation uses the KG-Registry evaluation rubric as described in Cortes et al. (2025) . The rubric assesses knowledge graphs across multiple dimensions including access, provenance, documentation, maintenance, and fitness for purpose.


Access Level and Types

QuestionAnswerComment
Access to data outside of the knowledge graphYSPARQL endpoint at frink.apps.renci.org/biobricks-aopwiki/sparql enables querying AOP pathway data
API or online access to the knowledge graphNSPARQL endpoint available but no REST API or user-friendly web interface for non-expert queries
Multiple access options availableNSingle access mechanism (SPARQL); no web portal, downloadable RDF, or alternative query methods
Source code availabilityYComplete source code and RDF generation pipeline at github.com/biobricks-ai/aopwikirdf-kg
Downloadable knowledge graphNNo bulk RDF/Turtle download; SPARQL queries required to retrieve data

Section Score: 2/5

Provenance of Nodes and Edges

QuestionAnswerComment
Source list providedYSource clearly identified as AOP-Wiki, NIVA's adverse outcome pathway database
Source versions informationNNo documented AOP-Wiki version used; unclear how frequently data is synchronized
Import dependenciesYRDF generation scripts available in GitHub showing integration process and dependencies
Node and edge sourcesYAOP pathway data transformed to RDF with clear relationships between molecular initiating events and adverse outcomes
Edges deduplicationNNo documentation of deduplication strategy for duplicate AOP pathways or overlapping relationships
Triples source detailsNRDF schema documentation not provided; ontology mappings unclear
Edge type schemaNRelationship types not formally mapped to standard ontologies (RDF, OWL)

Section Score: 3/7

Documented standards, schema, construction

QuestionAnswerComment
Biological usable dataYAOP pathway data directly applicable to toxicology and adverse effect prediction
Resolvable IDsYNodes use stable AOP-Wiki identifiers resolvable through NIVA's AOP-Wiki website
Construction documentationNRDF generation methodology not formally documented beyond source code
Transformation documentationNNo documentation of how AOP-Wiki hierarchical data maps to RDF structure
Schema usedNRDF vocabulary and ontology choices not formally published or documented

Section Score: 2/5

Update frequency and versioning

QuestionAnswerComment
Stable versionsYGitHub releases available for BioBricks AOP-Wiki with tagged stable versions
Public tracker informationYGitHub issues tracker active; BioBricks team maintains the project
Knowledge graph contact informationYMaintainer Tom Luechtefeld available; BioBricks organization provides support
Updated annuallyYPart of active BioBricks ecosystem; repository shows regular commits
Prior versions accessYFull GitHub history available; prior versions accessible for reproducibility

Section Score: 5/5

Evaluation - Metrics and Fitness for Purpose

QuestionAnswerComment
Use case providedYClear use case: support toxicological risk assessment through structured AOP pathway data
Evaluation against other modelsNNo comparison with other AOP databases or structured toxicology knowledge graphs
Defined scopeYFocused scope: adverse outcome pathways linking molecular events to population-level effects
Multiple evaluation methodsNNo systematic validation or accuracy assessment framework documented
Accuracy metricsNNo reported accuracy, precision, or coverage metrics for AOP data completeness

Section Score: 2/5

License Information

QuestionAnswerComment
License