Publication date
January 2023
DOIAbstract
Infant fecal metagenomic data, summarized at taxonomic and genetic pathway levels, for 1 and 6 months of age.</p
Infant fecal metagenomic data, summarized at taxonomic and genetic pathway levels, for 1 and 6 months of age.</p
Objective: Development of the gastrointestinal tract and immune system can be modulated by the gut m...
AbstractThe establishment of a balanced intestinal microbiota is essential for numerous aspects of h...
Background: The gut is the most extensively studied niche of the human microbiome. The aim of this s...
Infant and fecal sample metadata for this manuscript: "The developing premature infant gut microbiom...
The infant gut microbiome progresses in composition and function during the introduction of solid fo...
Fecal sample community composition. Plotted in each panel is the community composition of each infan...
A metaproteomic analysis was conducted on the fecal microbiome of eight infants to characterize glob...
This study examined fecal metabolome dynamics to gain greater functional insights into the interacti...
<p>The core faecal microbiota of infant subjects at the levels of phylum, family and genus is indica...
Immediately after birth, the intestinal microbiota development is orchestrated by several variabilit...
This study represents a cohort of children for which the microbiome 16S and metagnomic sequencing we...
From birth onwards, the gastrointestinal (GI) tract of infants progressively acquires a complex rang...
Gut metabolic modules (GMMs) and abundance inferred from studied gut communities. (XLSX 100 kb
Microbes inhabit all parts of human body that are exposed to the environment and their interactions ...
Newborns are rapidly colonized by microbes and their intestinal tracts contain highly dynamic and ra...
Objective: Development of the gastrointestinal tract and immune system can be modulated by the gut m...
AbstractThe establishment of a balanced intestinal microbiota is essential for numerous aspects of h...
Background: The gut is the most extensively studied niche of the human microbiome. The aim of this s...
Infant and fecal sample metadata for this manuscript: "The developing premature infant gut microbiom...
The infant gut microbiome progresses in composition and function during the introduction of solid fo...
Fecal sample community composition. Plotted in each panel is the community composition of each infan...
A metaproteomic analysis was conducted on the fecal microbiome of eight infants to characterize glob...
This study examined fecal metabolome dynamics to gain greater functional insights into the interacti...
<p>The core faecal microbiota of infant subjects at the levels of phylum, family and genus is indica...
Immediately after birth, the intestinal microbiota development is orchestrated by several variabilit...
This study represents a cohort of children for which the microbiome 16S and metagnomic sequencing we...
From birth onwards, the gastrointestinal (GI) tract of infants progressively acquires a complex rang...
Gut metabolic modules (GMMs) and abundance inferred from studied gut communities. (XLSX 100 kb
Microbes inhabit all parts of human body that are exposed to the environment and their interactions ...
Newborns are rapidly colonized by microbes and their intestinal tracts contain highly dynamic and ra...
Objective: Development of the gastrointestinal tract and immune system can be modulated by the gut m...
AbstractThe establishment of a balanced intestinal microbiota is essential for numerous aspects of h...
Background: The gut is the most extensively studied niche of the human microbiome. The aim of this s...
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