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Metabonomics Study of Ginseng Glycoproteins on Improving Sleep Quality in Mice.

Ying Wang, Difu Zhu, Yinghong Chen, Ruizhi Jiang, Hong Xu et al.
Other BioMed research international 2019 19 sitasi
PubMed DOI PDF
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Study Design

Jenis Studi
animal_study
Ukuran Sampel
20
Intervensi
Metabonomics Study of Ginseng Glycoproteins on Improving Sleep Quality in Mice. 60 mg/kg ginseng glycoproteins (GPr) i.p.
Pembanding
Placebo
Arah Efek
Positive
Risiko Bias
High

Abstract

The changes of brain metabolism in mice after injection of ginseng glycoproteins (GPr) were analyzed by gas chromatography mass spectrometry- (GC/MS-) based metabolomics platform. The relationship between sedative and hypnotic effects of ginseng glycoproteins and brain metabolism was discussed. Referring to pentobarbital sodium subthreshold test, we randomly divided 20 mice into two groups: control and ginseng glycoproteins group. The mice from the control group were treated with normal saline by i.p and GPr group were treated with 60 mg/kg of GPr by i.p. The results indicated that GPr could significantly improve the sleep quality of mice. Through multivariate statistical analysis, we found that there were 23 differential metabolites in whole brain tissues between the control group and the GPr group. The pathway analysis exhibited that GPr may be involved in the regulation of the pathway including purine metabolism, nicotinate and nicotinamide metabolism, glycine, serine and threonine metabolism, arginine and proline metabolism, alanine, aspartate and glutamate metabolism, and steroid hormone biosynthesis. This work is helpful to understand the biochemical mechanism of GPr on promoting sleep and lay a foundation for further development of drugs for insomnia.

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Figures

Tables

Table 1

GroupSleep latencySleep time
Control533.2 ± 110.33166.1 ± 1325.2
Ginseng glycoproteins308.6 ± 68.35445.5 ± 1415.2∗∗

Table 2

MetabolitesSVControlGPrVIPP-VALUETrend
Inosine9332300.268834960.4748069531.403129
Aspartic acid 19302321.3944123432.3028174611.95754
3-Hydroxybutyric acid8961470.034137120.0574210691.790805
Phosphate8263739.58593E-070.0038342692.238158
2-Monopalmitin7612180.0009160240.0070801751.305231
2-Monoolein7251030.0077665890.01930211.57449
cis-Gondoic acid6971759.58593E-070.0138566452.387345
Inosine 5′-monophosphate6873159.58593E-070.0017330392.083737
Nicotinic acid5861800.0012349950.0043132062.41329
Dihydroxyacetone5581630.0001534150.0007065331.70357
Linoleic acid methyl ester542860.0224729830.0551982411.340144
m-Cresol5341650.0014048860.0029490091.930035
Mannitol5173190.0010314880.0021538811.063901
Cortisone4991039.58593E-070.0066791721.942847
2-Hydroxyvaleric acid4461020.0008776410.0018139461.95695
Phosphoglycolic acid4252990.0051464860.0134890751.927157
Phytanic acid3571590.0042450820.0019278661.541776
3,4-Dihydroxypyridine3372560.0038662740.0072875691.81441
3,5-Dihydroxyphenylglycine 13162830.0036952430.0102220141.836686
Hexadecane2791990.0170334440.0301713592.100437
Creatine degr2763160.0007341810.0013450461.841828
4-Hydroxymethyl-3-methoxyphenoxyacetic acid2413660.0010930060.0007276091.032588
trans-2-Hydroxycinnamic acid2262190.000880910.0018051541.16949

Table 3

pathwayDifferential metabolites in the pathway
Carbon metabolismAspartic acid 1; Dihydroxyacetone; Phosphoglycolic acid
Purine metabolismInosine; Inosine 5′-monophosphate
Glycine, serine and threonine metabolismAspartic acid 1;Creatine
Nicotinate and nicotinamide metabolismAspartic acid 1;Nicotinic acid
ABC transportersAspartic acid 1;Phosphate

References

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