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Table 2 Lipids which change significantly during an OLTT

From: Modulation of the lipidomic profile due to a lipid challenge and fitness level: a postprandial study

60 min 120 min 180 min 240 min 300 min
LPE.a.C16.0 LPC.a.C16.0 LPC.a.C16.0 LPC.a.C18.1 LPC.a.C18.0
LPE.a.C20.4 LPC.a.C18.2 LPC.a.C18.0 LPC.a.C18.2 LPC.a.C18.1
N.C11.0.Cer.2H. LPC.a.C20.4 LPC.a.C18.1 LPC.a.C20.4 LPC.a.C18.2
N.C12.1.Cer.2H. LPE.a.C16.0 LPC.a.C18.2 LPE.a.C18.1 LPC.a.C20.4
N.C17.1.Cer LPE.a.C18.0 LPC.a.C20.4 LPE.a.C18.2 LPC.e.C18.0
N.C19.0.OH.Cer LPE.a.C18.1 LPC.e.C18.0 LPE.a.C20.4 LPE.a.C18.1
N.C20.0.OH.Cer LPE.a.C18.2 LPE.a.C16.0 LPE.a.C22.6 LPE.a.C18.2
N.C21.0.OH.Cer LPE.a.C20.4 LPE.a.C18.0 N.C12.1.Cer.2H. LPE.a.C20.4
N.C25.0.Cer.2H. LPE.a.C22.6 LPE.a.C18.1 N.C14.0.OH.Cer LPE.a.C22.6
PC.aa.C32.1 N.C13.0.Cer LPE.a.C18.2 N.C16.1.Cer N.C13.0.Cer
PC.aa.C32.2 N.C16.1.Cer LPE.a.C20.4 N.C21.0.OH.Cer N.C13.1.Cer
PC.aa.C36.5 N.C20.0.Cer.2H. LPE.a.C22.6 N.C23.0.Cer N.C15.0.OH.Cer
PC.aa.C38.3 N.C20.0.OH.Cer N.C13.0.Cer N.C27.0.Cer.2H. N.C16.1.Cer
PC.aa.C38.4 N.C20.0.OH.Cer.2H. N.C16.1.Cer PC.aa.C34.2 N.C21.0.Cer
PC.aa.C38.5 N.C21.0.Cer N.C21.0.OH.Cer PC.aa.C36.0 N.C21.0.OH.Cer
PC.aa.C38.6 N.C21.0.OH.Cer N.C22.0.Cer PC.aa.C36.2 N.C23.0.Cer
PC.aa.C40.4 N.C23.0.Cer N.C23.0.Cer PC.aa.C36.3 N.C25.0.OH.Cer
PC.aa.C40.5 N.C24.0.OH.Cer.2H. N.C24.0.Cer PC.aa.C36.4 N.C27.0.Cer.2H.
PC.aa.C40.6 N.C25.0.Cer N.C25.0.Cer PC.aa.C36.5 N.C27.0.OH.Cer
PC.aa.C40.7 N.C27.0.Cer N.C25.0.Cer.2H. PC.aa.C38.5 PC.aa.C34.2
PC.ae.C32.1 N.C27.0.Cer.2H. N.C27.0.Cer.2H. PC.aa.C38.6 PC.aa.C36.2
PC.ae.C34.3 N.C8.0.OH.Cer PC.aa.C34.1 PC.ae.C36.2 PC.aa.C36.3
PC.ae.C36.3 PC.aa.C32.1 PC.aa.C34.2 PC.ae.C36.4 PC.aa.C36.4
PC.ae.C36.4 PC.aa.C34.1 PC.aa.C34.3 PC.ae.C38.4 PC.aa.C36.5
PC.ae.C38.2 PC.aa.C34.2 PC.aa.C36.0 PC.ae.C38.5 PC.aa.C38.3
PC.ae.C38.3 PC.aa.C34.3 PC.aa.C36.1 PC.ae.C38.6 PC.aa.C38.4
PC.ae.C38.4 PC.aa.C36.0 PC.aa.C36.2 PE.aa.C22.2 PC.aa.C38.5
PC.ae.C38.5 PC.aa.C36.1 PC.aa.C36.3 PE.aa.C36.2 PC.aa.C38.6
PC.ae.C38.6 PC.aa.C36.2 PC.aa.C36.4 PG.aa.C34.0 PC.aa.C40.6
PC.ae.C40.5 PC.aa.C36.3 PC.aa.C36.5 PG.aa.C36.0 PC.aa.C40.7
PE.aa.C22.2 PC.aa.C36.4 PC.aa.C38.3 PG.aa.C36.2 PC.ae.C34.6
PG.aa.C36.3 PC.aa.C36.5 PC.aa.C38.4 PS.aa.C36.4 PC.ae.C38.1
PS.aa.C36.4 PC.aa.C38.3 PC.aa.C38.5 PS.aa.C40.5 PC.ae.C38.2
PS.aa.C40.5 PC.aa.C38.4 PC.aa.C38.6   PC.ae.C38.3
SM.C18.1 PC.aa.C38.5 PC.aa.C40.4   PC.ae.C38.4
SM.C20.1 PC.aa.C38.6 PC.aa.C40.5   PC.ae.C38.5
SM.C20.2 PC.aa.C40.4 PC.aa.C40.6   PC.ae.C38.6
SM.C21.0 PC.aa.C40.5 PC.aa.C40.7   PE.aa.C22.2
SM.C21.1 PC.aa.C40.6 PC.ae.C32.0   PE.aa.C36.2
SM.C22.0 PC.aa.C40.7 PC.ae.C32.1   PE.aa.C36.3
SM.C22.1 PC.ae.C32.1 PC.ae.C34.1   PG.aa.C34.0
SM.C23.0 PC.ae.C36.4 PC.ae.C34.2   PG.aa.C36.1
SM.C23.1 PC.ae.C36.5 PC.ae.C36.2   PG.aa.C36.2
  PC.ae.C38.3 PC.ae.C36.3   PG.ae.C34.1
  PC.ae.C38.4 PC.ae.C36.4   PS.aa.C36.4
  PC.ae.C38.5 PC.ae.C36.5   PS.aa.C40.5
  PC.ae.C38.6 PC.ae.C38.2   PS.aa.C42.1
  PC.ae.C40.5 PC.ae.C38.3   SM.C3.0
  PE.aa.C22.2 PC.ae.C38.4   
  PE.aa.C36.2 PC.ae.C38.5   
  PG.aa.C32.0 PC.ae.C38.6   
  PG.aa.C33.6 PC.ae.C40.5   
  PG.aa.C34.1 PE.aa.C22.2   
  PG.aa.C36.1 PE.aa.C36.2   
  PG.aa.C36.2 PE.aa.C36.3   
  PS.aa.C36.4 PG.aa.C34.1   
  PS.aa.C40.5 PG.aa.C34.2   
  SM.C20.2 PG.aa.C36.1   
  SM.C21.1 PG.aa.C36.2   
  SM.C23.0 PG.ae.C36.1   
  SM.C3.0 PS.aa.C36.4   
   PS.aa.C40.5   
   SM.C16.0   
   SM.C16.1   
   SM.C18.0   
   SM.C18.1   
   SM.C20.0   
   SM.C20.1   
   SM.C20.2   
   SM.C21.0   
   SM.C22.0   
   SM.C22.1   
   SM.C23.0   
   SM.C23.1   
   SM.C24.2   
   SM.C3.0   
  1. Mixed model regression analysis was performed using the lme4 package in the R programming language for statistical computing, R version 2.15.0 and lme4 version 0.999999-0. Each post prandial time point was compared to base line value p < 0.05 was considered significantly different