Table 1.
The relevant KEGG pathways enriched by metabolites between PEO with CT group.
| Metabolites(cpdName) | Map.Name | Map_ID | Pathway hierarchy | |
|---|---|---|---|---|
| caecum | Chenodeoxycholate(1.86FC1), Glycocholic acid (2.80FC) | Primary bile acid biosynthesis | map00120 | Lipid metabolism |
| p-Hydroxyphenylacetic acid(0.48FC), Salicylic acid(2.02FC) | Phenylalanine metabolism | map00360 | Amino acid metabolism | |
| Thymine(0.63FC), Deoxycytidine (1.62FC) | Pyrimidine metabolism | map00240 | Nucleotide metabolism | |
| serum | D-Mannose(1.46FC), D-Allose(1.13FC) | Fructose and mannose metabolism | map00051 | Carbohydrate metabolism |
| Linoleic acid(1.44FC), alpha-Linolenic acid(1.53FC), all cis-(6, 9, 12)-Linolenic acid(1.36FC), Palmitic acid(2.23FC) | Biosynthesis of unsaturated fatty acids | map01040 | Lipid metabolism | |
| Linoleic acid(1.46FC), all cis-(6, 9, 12)-Linolenic acid(2.23FC) | Linoleic acid metabolism | map00591 | ||
| Dodecanoic acid(0.87FC), Palmitic acid(1.36FC) | Fatty acid biosynthesis | map00061 | ||
|
Taurine(0.69FC), D-Mannose(1.46FC), D-Allose(1.13FC), D-Ribose(1.105FC), Urea(0.96FC), Betaine(1.43FC) |
ABC transporters | map02010 | Membrane transport | |
| D-Mannose(1.46FC) | Lysosome | map04142 | Transport and catabolism |
1FC = Fold change.