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Microbial communities in animals and the environment actively shape human microbiome composition and functionality. Through direct exposure, shared ecosystems, and environmental reservoirs, these …

Gut microbiome studies often rely on controlled gnotobiotic models or ex vivo setups, while plant micro-biome research must contend with open, heterogeneous environments that pose significant …

Nevertheless, the mechanisms involved in these host-microbiome interactions are dificult to study in a systematic way and could profit from a sim-plified and convenient model like nasal organoids.

Microbiome data transformations can significantly influence feature selection but have a limited efect on classification accuracy. Our findings suggest that while classification is robust across diferent …

To gain a predictive understanding of the beneficial interactions between a host plant and its associated root microbiome, the ecology and potential physiology of its core microbiome must be investigated.

The human microbiome, a complex ecosystem of microorganisms inhabiting the body, plays a critical role in human health. Investigating its association with host traits is essential for understanding its …

For the gut microbiome, a total of 52,405 GH modules were identified, including 12,565 modules in the midgut and 39,840 modules in the hind-gut. In contrast, only 129 GH modules were identified in the …

We have identified specific microbiome changes at diferent modalities (microbial taxa, their encoded genes, and synthetized metabolites) and at the interface between them (the interactome) that …

Its findings highlight a potentially common and critical role of within-species diversity in animal-microbiome symbioses. Keywords Deep sea, Horizontally transmitted endosymbionts, Within …