Supplemental tables: "Early-life gut microbiome maturity regulates blood-brain barrier and cognitive development"

Tables S1 to S11 for the paper "Early-life gut microbiome maturity regulates blood-brain barrier and cognitive development" are included here.Legends<b>Table S1.</b> Relative abundances of gut bacteria at phylum and genus level in human donors.<b>Table S2.</b> Statistical analyses for behavioral assays, including tests for sex differences. Tab 1: Fear conditioning. Tab 2: Open field test. Tab 3: Morris water maze.<b>Table S3. </b>Comparison of volumes of fourteen different brain regions between MTerm and MPreterm mice at two and three weeks of age.<b>Table S4. </b>Significant DEGs between MTerm and MPreterm mice in BBB-relevant cell types. Tab 1: Endothelial cells. Tab 2: Astrocytes. Tab 3: Mural cells. Tab 4: Fibroblasts.<b>Table S5. </b>GSEA results for comparisons between MTerm and MPreterm BBB-relevant cell types. Tab 1: Endothelial cells. Tab 2: Astrocytes. Tab 3: Mural cells. Tab 4: Fibroblasts.<b>Table S6. </b>Synaptic signaling-annotated genes (GO:0099536) differentially expressed in MTerm and MPreterm endothelial cells and astrocytes.<b> </b>Tab 1: Endothelial cells. Tab 2: Astrocytes.<b>Table S7. </b>GSEA results for comparisons between MTerm and MPreterm endothelial and astrocyte sub-clusters<b>. </b>Tab 1: AEAs. Tab 2: ARAs. Tab 3: IMAs. Tab 4: SCAs. Tab 5: SSAs. Tab 6: AVECs. Tab 7: BR-CECs. Tab 8: VM-CECs.<b>Table S8. </b>Levels of all metabolites captured from MTerm and MPreterm serum.<b>Table S9. </b>Metagenomic pathways present at significantly different levels in MTerm and MPreterm mice.<b>Table S10.</b> Sample sizes and breakdown by treatment, age, and sex for all experiments.<b>Table S11. </b>Number of litters and number of mice used from each litter for each experiment.