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Copyright ©The Author(s) 2016.
World J Gastroenterol. Jan 7, 2016; 22(1): 417-426
Published online Jan 7, 2016. doi: 10.3748/wjg.v22.i1.417
Table 2 Examples of metabolite changes involved in liver diseases in nuclear magnetic resonance based metabolomics approaches
MetabolitesVariationModel/pathologySampleRef.
2OH butyrate-HBV vs HEVPlasma[36]
3OH butyrate+ximelagatran toxicityPlasma[37]
3OH butyrate+Cirrhosis (HBV/alcohol) vs controlsSerum[24]
Acetate+acetaminophen toxicityUrine[14]
Acetate+HCC vs cirrhosisSerum[29]
Acetate-Cirrhosis severitySerum[20]
Acetoacetate-Cirrhosis and encephalopathySerum[26]
Acetoacetate+Cirrhosis (HBV/alcohol) vs controlsSerum[24]
Acetoacetate-HBV vs alcohol cirrhosisSerum[24]
Acetoacetate-HBV vs controlUrine[36]
Acetoacetate+AIH vs healthy, PBC, OS and DILIPlasma[17]
Acetone-HEV vs controlPlasma[36]
Acetone+Cirrhosis (HBV/alcohol) vs controlsSerum[24]
Acetone-Decompensated vs compensated cirrhosisSerum[25]
acetone-HCC vs Cirrhosis vs controlsUrine[31]
Acetone+AIH vs healthy, PBC, OS and DILIPlasma[17]
bile acids+Cholangicarcinoma vs other causesBile[38]
Bile acids+HCC vs adjacent tissueLiver tissue[39]
Carnitine-HBV vs controlPlasma[36]
Citrate+AIH vs healthy, PBC, OS and DILIPlasma[17]
Choline-fibrosis vs cirrhosisliver tissue[21]
Choline+HCC vs adjacent tissueliver tissue[39]
Choline, P-choline-Cirrhosis severityserum[20]
Creatine+AIH vs healthy, PBC, OS and DILIPlasma[17]
Creatine+high grade HCC vs low grade HCCLiver tissue[39]
Dimethylamine+AIH vs healthy, PBC, OS and DILIPlasma[17]
Fatty acids-Biliary tract cancerBile[33]
Fatty acids-Non fonctionnal vs fonctionnal graft after liver transplantationBlood (extraction)[34]
fatty acids-Cirrhosis and encephalopathySerum[26]
fatty acids (HDL)-Cirrhosis severitySerum[20]
fatty acids (HDL)-HCC vs cirrhosisSerum[29]
Glutamine+AIH vs healthy, PBC, OS and DILIPlasma[17]
Glycerol+HEV vs controlPlasma[36]
Glycerol+Cirrhosis and encephalopathySerum[26]
GPC-mild vs moderate fibrosis vs cirrhosisLiver tissue[40]
GPC+HCC vs adjacent tissueLiver tissue[39]
GPC/P-choline-Cirrhosis (HBV/alcohol) vs controlsSerum[24]
Histidine+AIH vs healthy, PBC, OS and DILIPlasma[17]
Isobutyrate+Cirrhosis (HBV/alcohol) vs controlsSerum[24]
Isobutyrate+HBV vs alcohol cirrhosisSerum[24]
LDL-Cirrhosis (HBV/alcohol) vs controlsSerum[24]
LDL-decompensated vs compensated cirrhosisSerum[25]
lipids-HCC vs adjacent tissueLiver tissue[39]
lipids-high grade HCC vs low grade HCCLiver tissue[39]
OH-butyrate-Cirrhosis severitySerum[20]
P-choline+Fibrosis vs cirrhosisLiver tissue[21]
P-choline-Mild vs moderate fibrosis vs cirrhosisLiver tissue[40]
P-choline+HCC vs adjacent tissueLiver tissue[39]
P-choline+Cirrhosis and encephalopathySerum[26]
P-choline/GPC-High grade HCC vs low grade HCCLiver tissue[39]
Pdt-choline+Cholangicarcinoma vs non cancerBile[38]
Pdt-choline-Mild vs moderate fibrosis vs cirrhosisLiver tissue[40]
P-ethanolamine+HCC vs adjacent tissueLiver tissue[39]
P-ethanolamine+High grade HCC vs low grade HCCLiver tissue[39]
P-ethanolamine+Fibrosis vs cirrhosisLiver tissue[21]
PUFA-Mild vs moderate fibrosis vs cirrhosisLiver tissue[40]
Pyruvate+AIH vs healthy, PBC, OS and DILIPlasma[17]
Saturation index+Mild vs moderate fibrosis vs cirrhosisLiver tissue[40]
Total lipids+, -Mild vs moderate fibrosis vs cirrhosisLiver tissue[40]
Total choline/lipids-Mild vs moderate fibrosis vs cirrhosisLiver tissue[40]
Unsaturated FA+Fibrose vs cirrhoseLiver tissue[21]
Unsaturated FA+Cirrhosis (HBV/Alcohol) vs controlsSerum[24]
VLDL-Cirrhosis (HBV/Alcohol) vs controlsSerum[24]
VLDL-Decompensated vs compensated cirrhosisSerum[25]