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Table 1 Differential lipids identified in the thoracic aorta of HFD versus ND fed apoE−/− mice

From: Vascular lipidomics analysis reveales increased levels of phosphocholine and lysophosphocholine in atherosclerotic mice

ID

Lipid

Class

Formula

VIP

P-value

89

PE (18:0/20:4)

PE

C43 H76 O8 N1 P1

8.06556

1.6E−13

91

PE (18:1/20:4)

PE

C43 H74 O8 N1 P1

6.77589

7.8E−12

53

TG (18:1/18:1/18:1)

TG

C57 H104 O6

6.6631

4.9E−09

55

TG (18:1/18:2/18:2)

TG

C57 H100 O6

6.6448

4E−10

1232

PS (37:1)

PS

C43 H80 O10 N1 P1

6.3032

1.3E−10

93

PE (16:0p/22:6)

PE

C43 H72 O7 N1 P1

5.94693

1.3E−14

52

TG (18:0/18:1/18:1)

TG

C57 H106 O6

5.18991

0.0007

46

TG (16:0/18:1/18:1)

TG

C55 H102 O6

5.0121

1.4E−08

42

TG (16:1/16:1/18:2)

TG

C53 H94 O6

4.9633

5.1E−13

62

TG (20:0/18:1/18:1)

TG

C59 H110 O6

4.91587

6.3E−12

956

PC (34:1)

PC

C42 H82 O8 N1 P1

4.8359

3E−13

51

TG (18:0/18:0/18:1)

TG

C57 H108 O6

4.34905

5.3E−07

615

PA (24:2/20:4)

PA

C47 H79 O8 P1

4.25154

1.5E−10

963

PC (36:1)

PC

C44 H86 O8 N1 P1

3.98438

3.9E−13

85

LPE (20:4)

LPE

C25 H42 O7 N1 P1

3.92548

5.8E−05

704

PA (26:2/20:3)

PA

C49 H85 O8 P1

3.88784

6.9E−16

87

PE (16:0p/20:4)

PE

C41 H72 O7 N1 P1

3.77053

3.3E−07

165

TG (16:1/14:0/18:2)

TG

C51 H92 O6

3.72125

7.4E−08

132

TG (16:0/18:2/18:2)

TG

C55 H98 O6

3.54014

0.01038

115

LPE (22:6)

LPE

C27 H42 O7 N1 P1

3.43674

0.00013

1319

PEt (46:10)

PEt

C51 H79 O8 P1

3.36612

1.1E−06

61

TG (18:0/18:1/20:0)

TG

C59 H112 O6

3.34356

6.7E−14

136

TG (16:0/18:2/22:6)

TG

C59 H98 O6

3.3203

4E−16

86

PE (16:0/20:4)

PE

C41 H72 O8 N1 P1

3.27435

5.9E−08

170

TG (18:1/18:2/22:6)

TG

C61 H100 O6

3.08254

3.5E−14

601

SM (d17:1/16:0) + CH3COO

SM

C40 H80 O8 N2 P1

3.01966

0.00542

964

PC (36:2)

PC

C44 H84 O8 N1 P1

2.95564

1.9E−05

69

TG (18:1/18:1/22:0)

TG

C61 H114 O6

2.73606

2.8E−10

965

PC (36:3)

PC

C44 H82 O8 N1 P1

2.69664

7.3E−08

146

PE (18:0p/22:6)

PE

C45 H76 O7 N1 P1

2.66488

1.3E−07

38

TG (16:1/14:0/18:1)

TG

C51 H94 O6

2.6602

0.00248

1011

PS (41:4)

PS

C47 H82 O10 N1 P1

2.60725

3.6E−08

45

TG (18:0/16:0/18:1)

TG

C55 H104 O6

2.5166

0.01558

118

PS (18:0/22:6)

PS

C46 H76 O10 N1 P1

2.4887

1.5E−06

57

TG (18:3/18:2/18:2)

TG

C57 H96 O6

2.48633

3.2E−11

8

DG (18:1/18:2)

DG

C39 H70 O5

2.47904

0.0062

64

TG (20:1/18:1/18:2)

TG

C59 H106 O6

2.4762

9.7E−08

145

TG (16:1/18:2/18:3)

TG

C55 H94 O6

2.42793

3.7E−08

41

TG (16:0/16:0/18:1)

TG

C53 H100 O6

2.3946

0.00317

92

PE (18:1p/20:4)

PE

C43 H74 O7 N1 P1

2.31574

5.8E−07

1097

PS (43:7)

PS

C49 H80 O10 N1 P1

2.31528

5.8E−09

966

PC (36:4)

PC

C44 H80 O8 N1 P1

2.29038

5.3E−07

126

TG (16:1/12:0/18:1)

TG

C49 H90 O6

2.28252

0.00013

158

PE (18:1p/22:6)

PE

C45 H74 O7 N1 P1

2.24968

3.2E−12

7

DG (18:1/18:1)

DG

C39 H72 O5

2.19876

0.01991

230

PE (18:0/22:5)

PE

C45 H78 O8 N1 P1

2.17785

1.4E−12

141

PE (16:1/22:6)

PE

C43 H70 O8 N1 P1

2.16375

2.5E−08

50

TG (18:1/17:1/18:2)

TG

C56 H100 O6

2.11837

5.5E−09

65

TG (16:0/18:1/22:6)

TG

C59 H100 O6

2.11259

6.6E−10

994

SM (d34:1)

SM

C39 H79 O6 N2 P1

2.10728

1.4E−07

137

TG (20:5/18:2/18:2)

TG

C59 H96 O6

2.02499

8.4E−13

654

So (d18:0)

So

C18 H39 O2 N1

2.02244

0.00334

671

PA (26:4/20:4)

PA

C49 H79 O8 P1

1.98625

5.1E−07

1088

PS (37:2)

PS

C43 H78 O10 N1 P1

1.98572

1.3E−05

116

PE (18:0/18:2)

PE

C41 H76 O8 N1 P1

1.96199

1.9E−05

212

PE (18:0p/22:4)

PE

C45 H80 O7 N1 P1

1.93691

5.9E−06

67

TG (16:0/18:1/24:0)

TG

C61 H116 O6

1.93571

6.2E−12

39

TG (16:1/14:1/18:2)

TG

C51 H90 O6

1.91479

2.4E−10

63

TG (20:1/18:1/18:1)

TG

C59 H108 O6

1.89866

0.02543

662

LPE (16:0p)

LPE

C21 H42 O6 N1 P1

1.88264

0.00349

68

TG (18:2/18:2/22:6)

TG

C61 H98 O6

1.87898

2.7E−10

9

DG (18:2/18:2)

DG

C39 H68 O5

1.85778

0.0002

131

TG (15:0/18:1/18:2)

TG

C54 H98 O6

1.85026

1.1E−11

94

PE (20:4/20:4)

PE

C45 H72 O8 N1 P1

1.83114

4.4E−07

90

PE (16:0p/22:4)

PE

C43 H76 O7 N1 P1

1.82058

2.3E−08

441

TG (20:2/18:2/18:2)

TG

C59 H102 O6

1.81929

7.7E−14

220

PE (16:0p/18:2)

PE

C39 H72 O7 N1 P1

1.79582

7.2E−14

73

TG (18:1/18:1/24:0)

TG

C63 H118 O6

1.78091

2.9E−12

1336

SM (d41:3) + CH3COO

SM

C48 H92 O8 N2 P1

1.77416

3E−05

595

CL (18:2/18:1/18:2/18:2)

CL

C81 H142 O17 P2

1.7722

1.1E−07

161

TG (14:0/18:2/18:3)

TG

C53 H92 O6

1.76528

7.3E−06

974

PC (38:5)

PC

C46 H82 O8 N1 P1

1.74598

6.7E−09

594

CL (18:2/18:1/18:1/18:2)

CL

C81 H144 O17 P2

1.74508

3.2E−14

630

PA (26:3/22:6)

PA

C51 H81 O8 P1

1.67472

0.00105

336

PE (16:0p/20:5)

PE

C41 H70 O7 N1 P1

1.67088

2.5E−15

575

LPC (18:1)

LPC

C26 H52 O7 N1 P1

1.62655

1.2E−07

60

TG (19:1/18:1/18:1)

TG

C58 H106 O6

1.62541

1.8E−06

206

TG (15:0/18:2/18:2)

TG

C54 H96 O6

1.59933

1.7E−13

1202

PS (39:2)

PS

C45 H82 O10 N1 P1

1.56041

0.01844

200

PE (16:0p/18:1)

PE

C39 H74 O7 N1 P1

1.51739

0.00018

574

LPC (18:0)

LPC

C26 H54 O7 N1 P1

1.48342

8.8E−07

600

PA (26:3/20:4)

PA

C49 H81 O8 P1

1.48025

0.00034

127

TG (16:1/12:0/18:2)

TG

C49 H88 O6

1.455

1.1E−07

1274

PE (39:1)

PE

C44 H86 O8 N1 P1

1.4499

4.9E−06

105

DG (18:0/18:1)

DG

C39 H74 O5

1.44806

0.00029

517

TG (16:0/16:1/16:1)

TG

C51 H94 O6

1.44152

5.9E−07

396

TG (18:2/18:2/18:2)

TG

C57 H98 O6

1.42192

6.1E−14

910

TG (18:0/18:1/18:3)

TG

C57 H102 O6

1.40475

2.3E−05

166

TG (18:2/17:1/18:2)

TG

C56 H98 O6

1.40077

5E−12

155

TG (18:1/18:2/22:1)

TG

C61 H110 O6

1.397

1.1E−08

148

TG (19:1/18:1/18:2)

TG

C58 H104 O6

1.3943

1.7E−05

644

PA (24:3/20:4)

PA

C47 H77 O8 P1

1.3811

2.4E−05

1060

PC (34:1e)

PC

C42 H84 O7 N1 P1

1.38093

2.9E−11

1089

PS (39:4)

PS

C45 H78 O10 N1 P1

1.37928

4.6E−05

972

PC (38:3)

PC

C46 H86 O8 N1 P1

1.37474

3.8E−09

1318

PEt (42:7)

PEt

C47 H77 O8 P1

1.35997

5.1E−06

418

PE (20:1p/20:4)

PE

C45 H78 O7 N1 P1

1.34442

6.8E−13

37

TG (16:0/14:0/16:1)

TG

C49 H92 O6

1.33804

0.04641

637

SM (d17:0/16:0) + CH3COO

SM

C40 H82 O8 N2 P1

1.32193

3.6E−06

691

PG (18:0/18:1)

PG

C42 H79 O10 P1

1.30451

0.00017

6

DG (16:1/18:2)

DG

C37 H66 O5

1.29582

5.4E−05

135

TG (18:1/18:1/20:3)

TG

C59 H104 O6

1.28907

8.3E−05

167

TG (18:1/18:1/20:4)

TG

C59 H102 O6

1.28051

0.01013

195

PE (18:0p/22:5)

PE

C45 H78 O7 N1 P1

1.25559

0.00728

478

PE (18:2p/22:6)

PE

C45 H72 O7 N1 P1

1.24177

1.3E−15

850

SM (d18:1/24:0)

SM

C47 H95 O6 N2 P1

1.21797

4.3E−08

75

TG (18:1/18:2/24:1)

TG

C63 H114 O6

1.21011

3.6E−13

219

PE (20:0p/22:6)

PE

C47 H80 O7 N1 P1

1.18724

9.3E−14

387

TG (14:0/18:2/18:2)

TG

C53 H94 O6

1.18626

1.2E−08

571

LPC (16:0)

LPC

C24 H50 O7 N1 P1

1.1861

0.00037

713

CL (18:2/18:2/18:2/20:4)

CL

C83 H140 O17 P2

1.16612

5.1E−13

49

TG (18:1/17:1/18:1)

TG

C56 H102 O6

1.16208

0.00191

279

TG (15:0/16:1/18:2)

TG

C52 H94 O6

1.16013

4.5E−10

100

PS (18:0/20:4)

PS

C44 H76 O10 N1 P1

1.15838

0.00539

324

PE (16:0p/20:3)

PE

C41 H74 O7 N1 P1

1.14601

7.6E−08

563

PE (18:1/22:5)

PE

C45 H76 O8 N1 P1

1.14229

4.7E−09

625

TG (18:1/12:0/18:2)

TG

C51 H92 O6

1.13295

9E−09

169

TG (18:1/18:1/22:5)

TG

C61 H104 O6

1.122

0.00287

1229

PEt (44:8)

PEt

C49 H79 O8 P1

1.11401

0.02262

101

PS (18:0/22:4)

PS

C46 H80 O10 N1 P1

1.11354

1.5E−05

66

TG (18:1/18:1/21:0)

TG

C60 H112 O6

1.09968

1.3E−07

636

PA (22:6/23:3)

PA

C48 H75 O8 P1

1.09608

0.00017

773

TG (17:0/17:0/18:3)

TG

C55 H100 O6

1.05744

6.7E−05

1337

dMePE (37:6)

dMePE

C44 H74 O8 N1 P1

1.05539

5.7E−15

151

TG (18:1/12:0/14:0)

TG

C47 H88 O6

1.05222

0.00569

199

PS (18:0/18:2)

PS

C42 H76 O10 N1 P1

1.04951

0.00029

954

PC (32:1)

PC

C40 H78 O8 N1 P1

1.03542

0.00024

583

PC (18:0/18:1)

PC

C44 H86 O8 N1 P1

1.03295

6.7E−12

831

TG (18:0/18:1/24:1)

TG

C63 H118 O6

1.0111

1.6E−07

693

SM (d17:0/18:1) + CH3COO

SM

C42 H84 O8 N2 P1

1.00985

0.01846

997

SM (d36:1)

SM

C41 H83 O6 N2 P1

1.00855

1.5E−07

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Nutrition & Metabolism

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