Development of a synbiotic potential score as a quantitative approach for selecting putative synergistic strain-prebiotic candidates

Wasiewska, Luiza A.; Kareem, Lamiah; Linares, Ainhoa G.; Gunnigle, Eoin; Risso, Davide; Laurie, Ieva; van Sinderen, Douwe; Clarke, Gerard; Schellekens, Harriët

Development of a synbiotic potential score as a quantitative approach for selecting putative synergistic strain-prebiotic candidates

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Files

lxag124.pdf(1.98 MB)

Date

2026-05-22

Authors

Wasiewska, Luiza A.

Kareem, Lamiah

Linares, Ainhoa G.

Gunnigle, Eoin

Risso, Davide

Laurie, Ieva

van Sinderen, Douwe

Clarke, Gerard

Schellekens, Harriët

Publisher

John Wiley and Sons Inc

Published Version

10.1093/jambio/lxag124

Abstract

Aims: Synbiotics are increasingly being examined for their potential to enhance host health. Synergistic synbiotics are specifically designed such that the prebiotic component is selectively utilized by co-administered microorganisms, thereby providing enhanced benefits to the host. In this study, we propose a synbiotic potential score (SPS), a quantitative, high-throughput method for assessing bacterial proliferation on selected dietary fibres that incorporates growth curve values. This score was applied to both rich and minimal media to assess the utilization of difficult-to-digest fibres, such as resistant maltodextrin (RM). Methods and results: The SPS score was first calculated for eight putative probiotic strains grown on short chain fructooligosaccharides (scFOS), RM, and their combination. Lactiplantibacillus plantarum DSM 20205, Bifidobacterium breve JCM 7017, Bifidobacterium longum APC 1472, Bifidobacterium adolescentis DSM 20083, and Bifidobacterium animalis subsp. lactis ATCC 27536 scored highest for scFOS, whereas their growth on RM compared to that on media without carbohydrates was minimal. Four strains were selected for further experiments in minimal MRS medium. All four bacteria demonstrated improved utilization of RM, as indicated by a higher SPS score, suggesting that minimal media better supports the specific utilization of target prebiotics. Conclusions: Our approach reduces confounding factors, enabling clearer insights into prebiotic–probiotic interactions. This supports the systematic selection of effective strain-prebiotic pairs, guiding targeted synbiotic development for personalized nutrition and improved health outcomes. Future studies should validate our approach across multiple strains within the same species and using in vivo models.

Keywords

Bifidobacterium , Fibres , Microbiota , Synbiotic potential score (SPS) , Synergistic synbiotics , [TyndallMicroNano] , [OVPRI] , [Microbiology] , [APCMicrobiome] , [Medicine]

Citation

Wasiewska, L A, Kareem, L, Linares, A G, Gunnigle, E, Risso, D, Laurie, I, van Sinderen, D, Clarke, G & Schellekens, H 2026, 'Development of a synbiotic potential score as a quantitative approach for selecting putative synergistic strain-prebiotic candidates', Journal of Applied Microbiology, vol. 137, no. 6, lxag124, pp. 1-12. https://doi.org/10.1093/jambio/lxag124