A comprehensive AMR genotype-phenotype database (CABBAGE).

Authors

Emily Dickens, Romain Derelle, Robert Beardmore, Anita Suresh, Swapna Uplekar, Andrey G Azov, Tatiana A Gurbich, Bilal El Houdaigui, Jon Keatley, Sofiia Ochkalova, Orges Koci, Nadim M Rahman, Anu Shivalikanjli, Andrea Winterbottom, Galabina Yordanova, Helen Parkinson, Andrew D Yates, Robert D Finn, John A Lees, Leonid Chindelevitch

Published in

Nucleic acids research. Volume 54. Issue 16. Aug 24, 2026.

Abstract

Addressing the growing threat of antimicrobial resistance (AMR) requires the development of large-scale resources that link bacterial genomic data with phenotypic AMR profiles. Such datasets are essential for advancing genotype-based predictions of resistance to uncover novel resistance mechanisms, as well as identifying and tracking global trends. Here, we describe the development of the "Comprehensive Assessment of Bacterial-Based AMR prediction from GEnotypes" (CABBAGE) database, linking bacterial genomes to associated antibiotic susceptibility data and relevant metadata across WHO Bacterial Priority Pathogens, sourced from both publications and existing databases, and curated into a format that is compatible with, and extends, both NCBI and ENA formats. The resulting CABBAGE database, comprising over 170 000 unique sequenced isolates and approximately 1.7 million genome-phenotype pairs linked to extensive metadata, represents the largest database of its kind, consolidating existing AMR phenotype-genotype data into a single unified format. CABBAGE encompasses a broad range of antimicrobials, facilitating the analysis of global resistance trends as well as benchmarks of genotype-to-phenotype predictive methods, and empowering further research uses. The database is freely accessible via the Antimicrobial Resistance Portal at EMBL-EBI and is currently being integrated with the BioSample database, enabling easy access for the AMR research community.

PMID:
42635122
Bibliographic data and abstract were imported from PubMed on 24 Aug 2026.

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