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Table 5 Differential metabolites that mapped to pathway on day 3 post-hatch

From: Dynamic alterations in early intestinal development, microbiota and metabolome induced by in ovo feeding of L-arginine in a layer chick model

Differential metabolitesRetention timem/zFold changeaP-valuebVIPcPathway
Stachyose0.6476833701.188080.4200.0073.454Galactose metabolism
Raffinose0.6476833539.136220.5550.0042.501
Manninotriose0.6476833539.136220.5550.0042.501
Sucrose0.6334000377.084450.6050.0022.146
Taurine0.5905500124.007001.5770.0051.810Primary bile acid biosynthesis
Taurochenodeoxycholate7.2767833498.287470.2830.0044.431
Taurodeoxycholate8.2390167498.288840.4000.0073.579
Tauroursodeoxycholic acid6.9417667498.287520.4440.0302.550
Linoleic acid8.6883500279.232280.7960.0421.408Linoleic acid metabolism
Dihomo-γ-linolenic acid9.5298333305.248121.4140.0471.141Linoleic acid metabolism
9,10-DHOA8.4390333313.237412.4680.0273.496Linoleic acid metabolism
12,13-DHOA7.5975333313.237300.6060.0391.442Linoleic acid metabolism
13,16,19-Docosatrienoic acid9.8934500333.279224.0630.0383.999Lipid metabolism
DHA ethyl ester9.5298333355.262641.7710.0341.592
Amaranthin0.6334000761.143130.3840.0053.363Secondary metabolites
Cucurbitacin D9.4012667515.302670.3390.0114.030
  1. aFold Change in the Arg10 group compared with the NC group. bP-values were calculated from Kruskal-Wallis test. cVIP (variable importance in the projection) values were obtained from partial least squares discriminant analysis models