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Design and characterisation of the HuMiX model
Figure™1The HuMiX model.(a) Conceptual diagram of the HuMiX model for the representative co-culture of human epithelial cells with gastrointestinal microbiota. (b) Annotated exploded view of the HuMiX device. The device is composed of a modular stacked as
Figure™2In vitro co-culture of human and microbial cells inside the HuMiX device.(a) Characterisation of epithelial cell monolayer formation in HuMiX in comparison with the standard Transwell system. In both cases, the transepithelial electrical resistanc
HuMiX recapitulates in™vivo responses
Figure™3Validation of the HuMiX model by transcriptomic, metabolomics and immunological analyses.(a) Heat map highlighting the top 30 differentially expressed genes and miRNAs in Caco-2 cells co-cultured with LGG growing under anaerobic conditions compare
Figure™4Transcriptional and metabolic changes induced in human cells following their co-culture with LGG and B. caccae.(a) Heat map highlighting the top 30 differentially expressed genes and miRNAs in Caco-2 cells &!QJ;co-cultured with either LGG alone or
HuMiX-based co-cultures with a bacterial consortium
Anaerobic or aerobic bacterial co-affects human transcriptome
Figure™5Anaerobic or aerobic bacterial culture differentially affects human transcriptional responses.(a) Heat map representing the top 30 genes and miRNAs that exhibit opposite expression patterns in Caco-2 cells when co-cultured with LGG growing under e
Discovery-driven investigations of host-microbe interactions
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