Research Article

Study on the Mechanism of Reducing Hepatotoxicity of Water-Grinding Realgar by Metabolomics, Morphology, and Chemical Analysis

Table 2

The identification of potential biomarkers in rats induced by realgar.

<!—Col Count:8<!—MetabolitesFormulatR (min)Calculate (m/z)Error (ppm)ESI modeHMDB IDRelated pathway

Taurocholic acidC26H45NO7S4.2514.28224.3HMDB0000036Taurine and hypotaurine metabolism
Glycocholic acidC26H43NO64.54464.3011.6HMDB0000138Primary bile acid biosynthesis
Chenodeoxycholic acidC24H40O46.55391.28432.8HMDB0000518Primary bile acid biosynthesis
Cholic acidC24H40O55.42389.26861.5HMDB0000619Primary bile acid biosynthesis
Chenodeoxycholic acid glycine conjugateC26H43NO54.56448.30621.4HMDB0000637Primary bile acid biosynthesis
Linoleic acidC18H32O26.88279.23251.6HMDB0000673Linoleic acid metabolism
Stearic acidC18H36O210.89283.26352.7HMDB0000827Biosynthesis of unsaturated fatty acids
Arachidonic acidC20H32O26.92303.23212.8HMDB0001043Arachidonic acid metabolism
CholineC5H14NO11.06104.10669.0+HMDB0000097Glycine, serine, and threonine metabolism
PhosphorylcholineC5H15NO4P6.3184.07295.3+HMDB0001565Glycine, serine, and threonine metabolism
5-MethoxyindoleacetateC11H11NO32.9188.06987.4+HMDB0004096Glycerophospholipid metabolism
Palmitoyl L-carnitineC23H46NO49.04400.3412.8+HMDB0000222Fatty acid degradation
LysoPC (16 : 0/0 : 0)C24H50NO7P8.24496.33715.4+HMDB0010382Glycerophospholipid metabolism
LysoPC (P-18 : 0/0 : 0)C26H54NO6P9.42508.37423.8+HMDB0013122Glycerophospholipid metabolism