Details

Autor(en) / Beteiligte

• Del Chierico, Federica
• Vernocchi, Pamela
• Petrucca, Andrea
• Paci, Paola
• Fuentes, Susana
• Praticò, Giulia
• Capuani, Giorgio
• Masotti, Andrea
• Reddel, Sofia
• Russo, Alessandra
• Vallone, Cristina
• Salvatori, Guglielmo
• Buffone, Elsa
• Signore, Fabrizio
• Rigon, Giuliano
• Dotta, Andrea
• Miccheli, Alfredo
• de Vos, Willem M
• Dallapiccola, Bruno
• Putignani, Lorenza
• Suchodolski, Jan S

Titel

Phylogenetic and Metabolic Tracking of Gut Microbiota during Perinatal Development

Ist Teil von

• PloS one, 2015-09, Vol.10 (9), p.e0137347-e0137347

Ort / Verlag

United States: Public Library of Science

Erscheinungsjahr

2015

Link zum Volltext

Quelle

MEDLINE

Beschreibungen/Notizen

• The colonization and development of gut microbiota immediately after birth is highly variable and depends on several factors, such as delivery mode and modality of feeding during the first months of life. A cohort of 31 mother and neonate pairs, including 25 at-term caesarean (CS) and 6 vaginally (V) delivered neonates (DNs), were included in this study and 121 meconium/faecal samples were collected at days 1 through 30 following birth. Operational taxonomic units (OTUs) were assessed in 69 stool samples by phylogenetic microarray HITChip and inter- and intra-individual distributions were established by inter-OTUs correlation matrices and OTUs co-occurrence or co-exclusion networks. 1H-NMR metabolites were determined in 70 stool samples, PCA analysis was performed on 55 CS DNs samples, and metabolome/OTUs co-correlations were assessed in 45 CS samples, providing an integrated map of the early microbiota OTUs-metabolome. A microbiota "core" of OTUs was identified that was independent of delivery mode and lactation stage, suggesting highly specialized communities that act as seminal colonizers of microbial networks. Correlations among OTUs, metabolites, and OTUs-metabolites revealed metabolic profiles associated with early microbial ecological dynamics, maturation of milk components, and host physiology.