Biomedical text corpora for multi-entity recognition in diet-related metabolic syndrome research
Antoine D. LainiD, Stephanie Go, A M Saif Mahmud, Shruti Rajendra, Ainara CanoiD, Katerina Loupasaki, Georgios A. TheodoridisiD, Maider BizkarguenagaiD, Yajie GuiD, Olga DedaiD, Ricardo CondeiD, Nieves EmbadeiD, Angela de Diego Rodriguez, Nerea Burguera, Danai RossiouiD, Rubén Gil‐RedondoiD, Domniki GallouiD, Itziar TuerosiD, Rakesh Velmurugan, Vasiliki GkanaliiD, Mercedes CaroiD, Petros PousinisiD, George Alektoridis, Sara ArranziD, Nasos Nikolopoulos, , Joram Matthias PosmaiD
Abstract
We present here five biomedical, multi-entity corpora that can be used as benchmarks for named-entity recognition (NER), targeted to literature on metabolic syndrome. The CoDiet-Gold corpus contains annotations for 500 full-text publications and 348,406 annotations. It is divided into CoDiet-Gold-public (450 documents) and CoDiet-Gold-private (50 documents). Each document was independently annotated by two human experts, with disagreements fully adjudicated by a third expert. The CoDiet-Electrum corpus (2,998,273 annotations) contains 4,423 publications that were annotated using case-insensitive matching of the surface forms with punctuation ignored, found in CoDiet-Gold-public. Finally, for the same 4,423 documents, two fully machine annotated corpora CoDiet-Bronze (2,938,738 annotations) and CoDiet-Silver (2,298,988 annotations), were created by utilising existing NER algorithms to annotate these. These corpora contain categories (organisms, disease, genes, proteins, metabolites) that add depth to existing corpora, as well as new categories that do not appear in other corpora (food, dietary methods, sample types, computational methods, study methodology, population characteristics, data types, and microbiome).
02 /Specification & Classification
Click any tag to browse matching papers- Citations
- 2
- Research Focus
- Approach
Reproducibility ledger
Nobody has reported trying to reproduce this paper yet. Did you replicate an experiment or run the code? Your report saves the next lab a week.
Sign in to file a reproducibility report.
Related papers
- MetaboListem and TABoLiSTM: Two Deep Learning Algorithms for Metabolite Named Entity Recognition
Cheng S. Yeung, Tim Beck, Joram Matthias Posma·MetabolitesPeer-reviewed·Mar 22, 2022
- Relation Extraction for Diet, Non-Communicable Disease and Biomarker Associations (RECoDe): A CoDiet study
Donghee Choi, Yajie Gu, … Joram Matthias Posma·BioinformaticsPeer-reviewed·Jun 23, 2026
- Europe PMC Annotated Full-text Corpus for Gene/Proteins, Diseases and Organisms
Xiao Jing Yang, Shyamasree Saha, … Johanna McEntyre·Scientific DataPeer-reviewed·Oct 19, 2023
- NERO: A Biomedical Named-entity (Recognition) Ontology with a Large, Annotated Corpus Reveals Meaningful Associations Through Text Embedding
Kanix Wang, Robert Stevens, … Andrey Rzhetsky·bioRxiv·Nov 5, 2020
- Accurate Name Entity Recognition for Biomedical Literatures: A Combined High-quality Manual Annotation and Deep-learning Natural Language Processing Study
Dao‐Ling Huang, Quanlei Zeng, … Yuying Yuan·bioRxiv·Sep 15, 2021
- MicrobioRel: A Set of Datasets for Microbiome Relation Extraction
Oumaima El Khettari, Daniel Batteux, … Samuel Chaffron·bioRxiv·Aug 3, 2025