[Retracted] Microbiome-Metabolomics Reveals Endogenous Alterations of Energy Metabolism by the Dushen Tang to Attenuate D-Galactose-Induced Memory Impairment in Rats
Table 2
Annotated potential biomarkers and the trends of their changes in serum.
No.
Compound name
m/z
Formula
Adduct
VIP
Model/control
DST/model
1
8-Hydroxycarapinic acid
509.15598
C26H30O8
[M+H]+
1.05956
↓
↑###
2
Pantothenic acid
220.11649
C9H17NO5
[M+H]+
1.93711
↓
↑
3
Creatinine
114.06604
C4H7N3O
[M+H]+
3.9793
↑
↓
4
Erucamide
338.33859
C22H43NO
[M+H]+
5.24912
↑
↓##
5
Threonic acid
135.02975
C4H8O5
[M-H]-
1.07714
↓
↑
6
Anserine
239.11552
C10H16N4O3
[M-H]-
3.35603
↓
↑#
7
3-Hydroxybutanoic acid
103.03831
C4H8O3
[M-H]-
4.24771
↓
↑
8
Phenacylamine hydrochloride
170.04254
C8H10ClNO
[M-H]-
2.82537
↓
↑#
9
Chlorothalonil-4-hydroxy
244.90831
C8HCl3N2O
[M-H]-
2.04014
↓
↑#
10
DL-Lactic acid
89.02377
C3H6O3
[M-H]-
3.35603
↑
↓
,, and , the model group versus the control group; #,##, and ###, the Dushen Tang (DST) group versus the model group.
