https://w3id.org/np/RApYduMbawhjUe_Wxu2V6j-FQGRe_B82FjSnTkpDCLucI
.trig | .trig.txt | .jelly | .jelly.txt | .jsonld | .jsonld.txt | .nq | .nq.txt | .xml | .xml.txt
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rdfs:comment "Topic: The paper presents InteractOA, a web application for representing, visualizing, editing and querying literature-derived small-RNA interaction knowledge in Wikidata. Problem: Scientific knowledge is commonly published as unstructured text in articles, which makes it difficult to query, reuse and integrate into knowledge graphs. Approach: The authors use small regulatory RNAs as an example domain and represent small-RNA interaction knowledge from open-access literature as structured Wikidata statements. System: InteractOA acts as a web interface and middle layer between users and Wikidata. It supports visualization, editing and querying of small-RNA interaction information. Data: The implementation imported 776 small-RNA annotations and contributed 253 connections between small RNAs and their targets for Escherichia coli, Vibrio cholerae and Staphylococcus aureus. Contribution: The paper demonstrates how knowledge items from scientific literature can be represented in Wikidata while maintaining links to the exact source article evidence. Relevance: The work contributes to FAIR and machine-readable scholarly communication by making literature-derived knowledge queryable, reusable and provenance-aware.";
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schema:claimReviewed "Topic: The paper presents InteractOA, a web application for representing, visualizing, editing and querying literature-derived small-RNA interaction knowledge in Wikidata. Problem: Scientific knowledge is commonly published as unstructured text in articles, which makes it difficult to query, reuse and integrate into knowledge graphs. Approach: The authors use small regulatory RNAs as an example domain and represent small-RNA interaction knowledge from open-access literature as structured Wikidata statements. System: InteractOA acts as a web interface and middle layer between users and Wikidata. It supports visualization, editing and querying of small-RNA interaction information. Data: The implementation imported 776 small-RNA annotations and contributed 253 connections between small RNAs and their targets for Escherichia coli, Vibrio cholerae and Staphylococcus aureus. Contribution: The paper demonstrates how knowledge items from scientific literature can be represented in Wikidata while maintaining links to the exact source article evidence. Relevance: The work contributes to FAIR and machine-readable scholarly communication by making literature-derived knowledge queryable, reusable and provenance-aware.";
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