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. 2024 Jun 11;9(7):1792–1811. doi: 10.1038/s41564-024-01710-0

Extended Data Fig. 3. Broad protective capability is shared among many K. oxytoca and K. grimontii but not K. michiganensis strains from different origins.

Extended Data Fig. 3

(a) S. enterica and (b) Enterobacteria (K. oxytoca MK01/DSM5175T, E. coli Mt1b1) CFUs after 24 h of co-cultivation. Dashed line indicates level of detection (DL). (a-b) The mean ± SEM of two independent biological experiments with n = 2 technical replicates are displayed. (c) Resulting S. Tm (dots) and KoSC (triangles) CFUs of co-cultures with various strains from the KoSC, including K. oxytoca = KO, (d) K. grimontii = KG and (e) K. michiganensis = KM. The different colors of each dot represent the origin of the KoSC isolate in each co-culture (type strains = red star, mouse gut isolate = yellow dot, healthy children = light blue dot, healthy adults = dark blue dot, neonatal isolate from medical environment = light grey dot and adult isolate from medical environment = white dot). Dots represent the levels of S. Tm in each co-culture, while triangles represent the corresponding CFUs of the KoSC strain in each condition. (c-e) The mean of 2 (K. grimontii) or 3 (K. oxytoca / K. michiganensis panel) independent biological experiments with n = 2 technical replicates are displayed.

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