Publication details

Biokg: A knowledge graph for relational learning on biological data

Authors

WALSH Brian MOHAMED Sameh K NOVÁČEK Vít

Year of publication 2020
Type Article in Proceedings
Conference Proceedings of the 29th ACM International Conference on Information & Knowledge Management
MU Faculty or unit

Faculty of Informatics

Citation
Web https://dl.acm.org/doi/abs/10.1145/3340531.3412776
Doi http://dx.doi.org/10.1145/3340531.3412776
Keywords knowledge graphs; biomedical knowledge integration
Description Knowledge graphs became a popular means for modeling complex biological systems where they model the interactions between biological entities and their effects on the biological system. They also provide support for relational learning models which are known to provide highly scalable and accurate predictions of associations between biological entities. Despite the success of the combination of biological knowledge graph and relation learning models in biological predictive tasks, there is a lack of unified biological knowledge graph resources. This forced all current efforts and studies for applying a relational learning model on biological data to compile and build biological knowledge graphs from open biological databases. This process is often performed inconsistently across such efforts, especially in terms of choosing the original resources, aligning identifiers of the different databases, and assessing the quality of included data. To make relational learning on biomedical data more standardised and reproducible, we propose a new biological knowledge graph which provides a compilation of curated relational data from open biological databases in a unified format with common, interlinked identifiers. We also provide a new module for mapping identifiers and labels from different databases which can be used to align our knowledge graph with biological data from other heterogeneous sources. Finally, to illustrate the practical relevance of our work, we provide a set of benchmarks based on the presented data that can be used to train and assess the relational learning models in various tasks related to pathway and drug discovery.

You are running an old browser version. We recommend updating your browser to its latest version.

More info