16S rRNA sequencing the active naive microbiota of common carp intestine

Investigation of the role of common carp microbiota in immunomodulation induced by B-glucans. We hypothesized that common carp intestinal microbiota would be able to ferment B-glucans and through the produced metabolites (SCFAs) affect the host. First we characterised active (by 16S rRNA) naive common carp microbiota to provide insights whether microbes with B-glucan fermenting capacities would be present. Subsequently, we performed further analyses (e.g. in vitro fermentation, SCFA titrations), all suggesting indeed a role for microbial metabolites in the immunomodulation associated with B-glucan supplementation of common carp.

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Bibliographic Details
Main Authors: Petit, Jules, de Bruijn, Irene, Goldman, Mark R.G., van den Brink, Erik, Pellikaan, Wilbert F., Forlenza, Maria, Wiegertjes, Geert F.
Format: Dataset biblioteca
Published: Wageningen University & Research
Subjects:Common Carp, Multispecies,
Online Access:https://research.wur.nl/en/datasets/16s-rrna-sequencing-the-active-naive-microbiota-of-common-carp-in
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Summary:Investigation of the role of common carp microbiota in immunomodulation induced by B-glucans. We hypothesized that common carp intestinal microbiota would be able to ferment B-glucans and through the produced metabolites (SCFAs) affect the host. First we characterised active (by 16S rRNA) naive common carp microbiota to provide insights whether microbes with B-glucan fermenting capacities would be present. Subsequently, we performed further analyses (e.g. in vitro fermentation, SCFA titrations), all suggesting indeed a role for microbial metabolites in the immunomodulation associated with B-glucan supplementation of common carp.