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First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

20 December 2025

Read the paper on the journal site Opens on cambrianbioworks.com

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First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

First functional and taxonomic insights into the microbiome of edible snail, Cipangopaludina lecythis via shotgun metagenomics

Presents the first shotgun metagenomic profile of the edible tissues of the freshwater snail Cipangopaludina lecythis, identifying 38 bacterial phyla dominated by Pseudomonadota. Functional annotation revealed enzymes involved in fatty acid metabolism, energy regulation and chitin metabolism.

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De novo plastome assembly of Cymbopogon bhutanicus Noltie, an endemic lemon grass from Bhutan, with geospatial, comparative genomic, and phylogenetic insights ›

De novo plastome assembly of Cymbopogon bhutanicus Noltie, an endemic lemon grass from Bhutan, with geospatial, comparative genomic, and phylogenetic insights ›

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