ECKO: Explainable Clinical Knowledge for Oncology
Marta Contreiras Silva, Daniel Faria, Laura Balbi, Susana Nunes, Ana Filipa Rodrigues, Aleksander Palkowski, Michal Waleron, Emilia Daghir-Wojtkowiak, Ashwin Adrian Kallor, Christophe Battail, Federico Maria Corazza, Manuel Fiorelli, Armando Stellato, Javier Antonio Alfaro

TL;DR
ECKO is a comprehensive, explainable knowledge graph integrating biomedical ontologies and data to support personalized oncology treatment decisions and enhance clinical understanding.
Contribution
The paper introduces ECKO, a novel knowledge graph that combines multiple biomedical ontologies and data sources for explainable, data-driven oncology applications.
Findings
Supports personalized drug recommendations with transparent explanations
Integrates 33 biomedical ontologies into a unified resource
Facilitates biomarker discovery and treatment optimization
Abstract
Personalized oncology aims to tailor treatment strategies to the unique molecular and clinical profiles of individual patients, moving beyond the traditional paradigm of treating the disease not the patient. Achieving this vision requires the integration and interpretation of vast, heterogeneous biomedical data within a meaningful scientific framework. Knowledge graphs, structured according to biomedical ontologies, offer a powerful approach to contextualize and interconnect diverse datasets, enabling more precise and informed clinical decision-making. We present ECKO (Explainable Clinical Knowledge for Oncology), a comprehensive knowledge graph that integrates 33 biomedical ontologies and aggregates data from multiple studies to create a unified resource optimized for data-driven clinical applications in oncology. Designed to support personalized drug recommendations, ECKO…
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Taxonomy
TopicsBioinformatics and Genomic Networks · Biomedical Text Mining and Ontologies · Machine Learning in Healthcare
