Figure S1. The venn diagram showing the sample distribution of experimental pig cohort among four ages. (TIF 269 kb
Dendrogram of the community structure of the porcine nasal microbiota (Yue and Clayton). Sample iden...
Figure S1. Distribution of phenotypic values of porcine feeding behavior-related traits. The phenoty...
Nasal microbiota of piglets farms with Glässer’s disease (GD) and control farms (C). The relative ab...
Table S1. Summary description of dietary components for pigs at different ages. (XLSX 9 kb
Figure S5. Comparison of the topological features for main modules in the networks of porcine gut mi...
Table S3. Comparison of predicted functional capacities of fecal microbiome among four ages. (XLSX 1...
Table S2. Summary of annotation information of node OTUs from biologically important modules in the ...
Figure S4. The SparCC network at the genus level showing that the main driver of each enterotype was...
Figure S2. PCoA showing the effect of sex on fecal bacterial composition based on the Bray-Curtis si...
Figure S3. Histogram of the linear discriminant analysis (LDA) score for differentially abundant gen...
Figure S4. Impact of the diet on intestinal microbiota of HIFM+No HRV pigs. The relative abundance b...
Figure S3. Impact of the diet on fecal microbiota of HIFM pigs before HRV challenge. The relative ab...
Dendrogram of the community structure of the porcine fecal microbiota (Yue and Clayton). Sample iden...
Table S1. Number of 16S rRNA gene sequence reads of nursing and weaned piglet fecal microbiota befor...
Figure S1. Extended error bar plot identifying the significantly different taxa between nursing and ...
Dendrogram of the community structure of the porcine nasal microbiota (Yue and Clayton). Sample iden...
Figure S1. Distribution of phenotypic values of porcine feeding behavior-related traits. The phenoty...
Nasal microbiota of piglets farms with Glässer’s disease (GD) and control farms (C). The relative ab...
Table S1. Summary description of dietary components for pigs at different ages. (XLSX 9 kb
Figure S5. Comparison of the topological features for main modules in the networks of porcine gut mi...
Table S3. Comparison of predicted functional capacities of fecal microbiome among four ages. (XLSX 1...
Table S2. Summary of annotation information of node OTUs from biologically important modules in the ...
Figure S4. The SparCC network at the genus level showing that the main driver of each enterotype was...
Figure S2. PCoA showing the effect of sex on fecal bacterial composition based on the Bray-Curtis si...
Figure S3. Histogram of the linear discriminant analysis (LDA) score for differentially abundant gen...
Figure S4. Impact of the diet on intestinal microbiota of HIFM+No HRV pigs. The relative abundance b...
Figure S3. Impact of the diet on fecal microbiota of HIFM pigs before HRV challenge. The relative ab...
Dendrogram of the community structure of the porcine fecal microbiota (Yue and Clayton). Sample iden...
Table S1. Number of 16S rRNA gene sequence reads of nursing and weaned piglet fecal microbiota befor...
Figure S1. Extended error bar plot identifying the significantly different taxa between nursing and ...
Dendrogram of the community structure of the porcine nasal microbiota (Yue and Clayton). Sample iden...
Figure S1. Distribution of phenotypic values of porcine feeding behavior-related traits. The phenoty...
Nasal microbiota of piglets farms with Glässer’s disease (GD) and control farms (C). The relative ab...
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