Table 2. Open in new tab Differential...

Log₂FC

P value

Q value

VIP

Lipids

Adduct

m/z

Ion formula

AUC

95% CI

8.74_846.702905472727

–2.642773821

1.09 × 10^–3

4.91 × 10^–2

1.216518617

8.74

CerG1(d42:0 + 2O)

M + H

846.7028755

C48 H96 O10 N1

0.658

0.619-0.697

8.34_844.687257935484

–3.477949524

3.33 × 10^–5

2.23 × 10^–3

1.236724279

8.34

CerG1(d42:1 + 2O)

M + H

844.6872255

C48 H94 O10 N1

0.610

0.571-0.649

5.25_878.619960678571

–3.467403034

4.88 × 10^–4

2.38 × 10^–2

1.268335323

5.25

CerG2(d18:1/16:0 + O)

M+H

878.6199355

C46 H88 O14 N1

0.627

0.588-0.666

6.03_768.554890163934

–4.467705642

3.11 × 10^–7

4.27 × 10^–5

1.253372818

6.03

dMePE(18:1/18:2)

M-H

768.5548805

C43 H79 O8 N1 P1

0.699

0.660-0.738

3.03_1458.79626765385

–5.342114016

7.45 × 10^–7

8.66 × 10^–5

2.162467162

3.03

GD3(d34:1+O)

M-H

1458.796221

C68 H120 O30 N3

0.518

0.479-0.557

3.22_1442.80154337705

–2.025816285

1.82 × 10^–3

6.90 × 10^–2

1.575836608

3.22

GD3(d34:1)

M-H

1442.801306

C68 H120 O29 N3

0.646

0.607-0.685

3.62_1516.838173

–4.253614126

3.37 × 10^–5

2.23 × 10^–3

1.076404867

3.62

GM1(d34:1)

M-H

1516.838086

C71 H126 O31 N3

0.554

0.515-0.593

3.03_1123.67475613115

–4.091712941

3.39 × 10^–5

2.23 × 10^–3

1.842919943

3.03

GM3(d32:1)

M-H

1123.674587

C55 H99 O21 N2

0.518

0.479-0.557

4.95_1205.75285943333

2.189171873

2.83 × 10^–3

9.51 × 10^–2

1.481133157

4.95

GM3(d38:2)

M-H

1205.752837

C61 H109 O21 N2

0.560

0.521-0.599

6.94_1279.82604055172

–3.341410937

1.90 × 10^–4

1.03 × 10^–2

1.293170462

6.94

GM3(d42:1+O)

M-H

1279.826002

C65 H119 O22 N2

0.497

0.458-0.536

6.28_1259.79986118333

–3.083548121

2.51 × 10^–4

1.31 × 10^–2

1.839537428

6.28

GM3(d42:3)

M-H

1259.799787

C65 H115 O21 N2

0.476

0.437-0.515

1.99_510.391391516129

–1.228156421

1.71 × 10^–3

6.79 × 10^–2

2.112514389

1.99

LPC(18:0e)

M + H

510.3918035

C26 H57 O6 N1 P1

0.676

0.637-0.715

1.45_580.362009

–5.942488573

3.86 × 10^–8

9.72 × 10^–6

1.235939317

1.45

LPC(19:1)

M + HCOO

580.3619955

C28 H55 O9 N1 P1

0.530

0.491-0.569

2.1_468.344777629032

–2.191810941

1.41 × 10^–5

1.07 × 10^–3

2.60094581

2.1

LPE(18:0e)

M + H

468.3448535

C23 H51 O6 N1 P1

0.655

0.616-0.694

2.52_510.355423387097

–2.085275726

8.55 × 10^–5

5.17 × 10^–3

1.588067641

2.52

LPE(20:0)

M + H

510.3554185

C25 H53 O7 N1 P1

0.580

0.541-0.619

1.25_511.304163245902

–5.788620452

3.09 × 10^–8

9.72 × 10^–6

1.268175732

1.25

LPG(18:0)

M-H

511.3041465

C24 H48 O9 N0 P1

0.643

0.604-0.682

9.04_852.648806114754

–6.591943411

1.37 × 10^–7

2.07 × 10^–5

1.34055213

9.04

PE(24:0/20:3)

M-H

852.6487805

C49 H91 O8 N1 P1

0.664

0.625-0.703

5.94_840.554900733333

–5.774576081

9.46 × 10^–8

1.79 × 10^–5

1.605218986

5.94

PE(24:5/20:4)

M-H

840.5548805

C49 H79 O8 N1 P1

0.628

0.589-0.667

8.18_768.590178774194

–1.247773258

1.38 × 10^–3

5.97 × 10^–2

1.347036728

8.18

PE(39:4e)

M + H

768.5901685

C44 H83 O7 N1 P1

0.732

0.693-0.771

5.74_799.549493298246

–5.956785295

1.22 × 10^–6

1.32 × 10^–4

1.749869628

5.74

PG(18:1/20:2)

M-H

799.5494615

C44 H80 O10 N0 P1

0.661

0.622-0.700

3.78_805.487282830508

–4.992398474

4.25 × 10^–5

2.67 × 10^–3

1.834572536

3.78

PI(16:0/16:2)

M-H

805.4872565

C41 H74 O13 N0 P1

0.589

0.550-0.628

5.95_871.570775557377

–1.932846783

6.31 × 10^–4

2.98 × 10^–2

1.208312579

5.95

PI(18:0e/20:4)

M-H

871.5705915

C47 H84 O12 N0 P1

0.676

0.637-0.715

8.41_1215.78226483607

–5.102815466

2.40 × 10^–6

2.02 × 10^–4

1.197156038

8.41

PIP(56:5)

M-H

1215.78224

C65 H117 O16 N0 P2

0.580

0.541-0.619

6.09_824.54473652459

–5.368358045

3.36 × 10^–8

9.72 × 10^–6

1.464477576

6.09

PS(19:0/20:4)

M-H

824.5447105

C45 H79 O10 N1 P1

0.619

0.580-0.658

6.24_864.576036977778

–4.866399406

1.30 × 10^–7

2.07 × 10^–5

1.114751277

6.24

PS(24:4/18:1)

M-H

864.5760105

C48 H83 O10 N1 P1

0.557

0.518-0.596

8.36_772.549780163934

–5.999547062

9.47 × 10^–8

1.79 × 10^–5

1.7785929

8.36

PS(36:1p)

M-H

772.5497955

C42 H79 O9 N1 P1

0.676

0.637-0.715

4.84_759.565800901639

–5.877150165

1.40 × 10^–8

9.71 × 10^–6

1.128369302

4.84

SM(d35:2)

M + HCOO

759.5657795

C41 H80 O8 N2 P1

0.634

0.595-0.673

1.7_961.62817016129

–2.043369055

3.55 × 10^–4

1.79 × 10^–2

1.431824013

1.70

SQDG(41:2)

M + HCOO

961.6291555

C51 H93 O14 S1

0.619

0.580-0.658

Log₂FC

P value

Q value

VIP

Lipids

Adduct

m/z

Ion formula

AUC

95% CI

8.74_846.702905472727

–2.642773821

1.09 × 10^–3

4.91 × 10^–2

1.216518617

8.74

CerG1(d42:0 + 2O)

M + H

846.7028755

C48 H96 O10 N1

0.658

0.619-0.697

8.34_844.687257935484

–3.477949524

3.33 × 10^–5

2.23 × 10^–3

1.236724279

8.34

CerG1(d42:1 + 2O)

M + H

844.6872255

C48 H94 O10 N1

0.610

0.571-0.649

5.25_878.619960678571

–3.467403034

4.88 × 10^–4

2.38 × 10^–2

1.268335323

5.25

CerG2(d18:1/16:0 + O)

M+H

878.6199355

C46 H88 O14 N1

0.627

0.588-0.666

6.03_768.554890163934

–4.467705642

3.11 × 10^–7

4.27 × 10^–5

1.253372818

6.03

dMePE(18:1/18:2)

M-H

768.5548805

C43 H79 O8 N1 P1

0.699

0.660-0.738

3.03_1458.79626765385

–5.342114016

7.45 × 10^–7

8.66 × 10^–5

2.162467162

3.03

GD3(d34:1+O)

M-H

1458.796221

C68 H120 O30 N3

0.518

0.479-0.557

3.22_1442.80154337705

–2.025816285

1.82 × 10^–3

6.90 × 10^–2

1.575836608

3.22

GD3(d34:1)

M-H

1442.801306

C68 H120 O29 N3

0.646

0.607-0.685

3.62_1516.838173

–4.253614126

3.37 × 10^–5

2.23 × 10^–3

1.076404867

3.62

GM1(d34:1)

M-H

1516.838086

C71 H126 O31 N3

0.554

0.515-0.593

3.03_1123.67475613115

–4.091712941

3.39 × 10^–5

2.23 × 10^–3

1.842919943

3.03

GM3(d32:1)

M-H

1123.674587

C55 H99 O21 N2

0.518

0.479-0.557

4.95_1205.75285943333

2.189171873

2.83 × 10^–3

9.51 × 10^–2

1.481133157

4.95

GM3(d38:2)

M-H

1205.752837

C61 H109 O21 N2

0.560

0.521-0.599

6.94_1279.82604055172

–3.341410937

1.90 × 10^–4

1.03 × 10^–2

1.293170462

6.94

GM3(d42:1+O)

M-H

1279.826002

C65 H119 O22 N2

0.497

0.458-0.536

6.28_1259.79986118333

–3.083548121

2.51 × 10^–4

1.31 × 10^–2

1.839537428

6.28

GM3(d42:3)

M-H

1259.799787

C65 H115 O21 N2

0.476

0.437-0.515

1.99_510.391391516129

–1.228156421

1.71 × 10^–3

6.79 × 10^–2

2.112514389

1.99

LPC(18:0e)

M + H

510.3918035

C26 H57 O6 N1 P1

0.676

0.637-0.715

1.45_580.362009

–5.942488573

3.86 × 10^–8

9.72 × 10^–6

1.235939317

1.45

LPC(19:1)

M + HCOO

580.3619955

C28 H55 O9 N1 P1

0.530

0.491-0.569

2.1_468.344777629032

–2.191810941

1.41 × 10^–5

1.07 × 10^–3

2.60094581

2.1

LPE(18:0e)

M + H

468.3448535

C23 H51 O6 N1 P1

0.655

0.616-0.694

2.52_510.355423387097

–2.085275726

8.55 × 10^–5

5.17 × 10^–3

1.588067641

2.52

LPE(20:0)

M + H

510.3554185

C25 H53 O7 N1 P1

0.580

0.541-0.619

1.25_511.304163245902

–5.788620452

3.09 × 10^–8

9.72 × 10^–6

1.268175732

1.25

LPG(18:0)

M-H

511.3041465

C24 H48 O9 N0 P1

0.643

0.604-0.682

9.04_852.648806114754

–6.591943411

1.37 × 10^–7

2.07 × 10^–5

1.34055213

9.04

PE(24:0/20:3)

M-H

852.6487805

C49 H91 O8 N1 P1

0.664

0.625-0.703

5.94_840.554900733333

–5.774576081

9.46 × 10^–8

1.79 × 10^–5

1.605218986

5.94

PE(24:5/20:4)

M-H

840.5548805

C49 H79 O8 N1 P1

0.628

0.589-0.667

8.18_768.590178774194

–1.247773258

1.38 × 10^–3

5.97 × 10^–2

1.347036728

8.18

PE(39:4e)

M + H

768.5901685

C44 H83 O7 N1 P1

0.732

0.693-0.771

5.74_799.549493298246

–5.956785295

1.22 × 10^–6

1.32 × 10^–4

1.749869628

5.74

PG(18:1/20:2)

M-H

799.5494615

C44 H80 O10 N0 P1

0.661

0.622-0.700

3.78_805.487282830508

–4.992398474

4.25 × 10^–5

2.67 × 10^–3

1.834572536

3.78

PI(16:0/16:2)

M-H

805.4872565

C41 H74 O13 N0 P1

0.589

0.550-0.628

5.95_871.570775557377

–1.932846783

6.31 × 10^–4

2.98 × 10^–2

1.208312579

5.95

PI(18:0e/20:4)

M-H

871.5705915

C47 H84 O12 N0 P1

0.676

0.637-0.715

8.41_1215.78226483607

–5.102815466

2.40 × 10^–6

2.02 × 10^–4

1.197156038

8.41

PIP(56:5)

M-H

1215.78224

C65 H117 O16 N0 P2

0.580

0.541-0.619

6.09_824.54473652459

–5.368358045

3.36 × 10^–8

9.72 × 10^–6

1.464477576

6.09

PS(19:0/20:4)

M-H

824.5447105

C45 H79 O10 N1 P1

0.619

0.580-0.658

6.24_864.576036977778

–4.866399406

1.30 × 10^–7

2.07 × 10^–5

1.114751277

6.24

PS(24:4/18:1)

M-H

864.5760105

C48 H83 O10 N1 P1

0.557

0.518-0.596

8.36_772.549780163934

–5.999547062

9.47 × 10^–8

1.79 × 10^–5

1.7785929

8.36

PS(36:1p)

M-H

772.5497955

C42 H79 O9 N1 P1

0.676

0.637-0.715

4.84_759.565800901639

–5.877150165

1.40 × 10^–8

9.71 × 10^–6

1.128369302

4.84

SM(d35:2)

M + HCOO

759.5657795

C41 H80 O8 N2 P1

0.634

0.595-0.673

1.7_961.62817016129

–2.043369055

3.55 × 10^–4

1.79 × 10^–2

1.431824013

1.70

SQDG(41:2)

M + HCOO

961.6291555

C51 H93 O14 S1

0.619

0.580-0.658

Table 2.

Open in new tab

Differential lipids between invasive and noninvasive SCA samples

ID	Log₂FC	P value	Q value	VIP	RT	Lipids	Adduct	m/z	Ion formula	AUC	95% CI
8.74_846.702905472727	–2.642773821	1.09 × 10^–3	4.91 × 10^–2	1.216518617	8.74	CerG1(d42:0 + 2O)	M + H	846.7028755	C48 H96 O10 N1	0.658	0.619-0.697
8.34_844.687257935484	–3.477949524	3.33 × 10^–5	2.23 × 10^–3	1.236724279	8.34	CerG1(d42:1 + 2O)	M + H	844.6872255	C48 H94 O10 N1	0.610	0.571-0.649
5.25_878.619960678571	–3.467403034	4.88 × 10^–4	2.38 × 10^–2	1.268335323	5.25	CerG2(d18:1/16:0 + O)	M+H	878.6199355	C46 H88 O14 N1	0.627	0.588-0.666
6.03_768.554890163934	–4.467705642	3.11 × 10^–7	4.27 × 10^–5	1.253372818	6.03	dMePE(18:1/18:2)	M-H	768.5548805	C43 H79 O8 N1 P1	0.699	0.660-0.738
3.03_1458.79626765385	–5.342114016	7.45 × 10^–7	8.66 × 10^–5	2.162467162	3.03	GD3(d34:1+O)	M-H	1458.796221	C68 H120 O30 N3	0.518	0.479-0.557
3.22_1442.80154337705	–2.025816285	1.82 × 10^–3	6.90 × 10^–2	1.575836608	3.22	GD3(d34:1)	M-H	1442.801306	C68 H120 O29 N3	0.646	0.607-0.685
3.62_1516.838173	–4.253614126	3.37 × 10^–5	2.23 × 10^–3	1.076404867	3.62	GM1(d34:1)	M-H	1516.838086	C71 H126 O31 N3	0.554	0.515-0.593
3.03_1123.67475613115	–4.091712941	3.39 × 10^–5	2.23 × 10^–3	1.842919943	3.03	GM3(d32:1)	M-H	1123.674587	C55 H99 O21 N2	0.518	0.479-0.557
4.95_1205.75285943333	2.189171873	2.83 × 10^–3	9.51 × 10^–2	1.481133157	4.95	GM3(d38:2)	M-H	1205.752837	C61 H109 O21 N2	0.560	0.521-0.599
6.94_1279.82604055172	–3.341410937	1.90 × 10^–4	1.03 × 10^–2	1.293170462	6.94	GM3(d42:1+O)	M-H	1279.826002	C65 H119 O22 N2	0.497	0.458-0.536
6.28_1259.79986118333	–3.083548121	2.51 × 10^–4	1.31 × 10^–2	1.839537428	6.28	GM3(d42:3)	M-H	1259.799787	C65 H115 O21 N2	0.476	0.437-0.515
1.99_510.391391516129	–1.228156421	1.71 × 10^–3	6.79 × 10^–2	2.112514389	1.99	LPC(18:0e)	M + H	510.3918035	C26 H57 O6 N1 P1	0.676	0.637-0.715
1.45_580.362009	–5.942488573	3.86 × 10^–8	9.72 × 10^–6	1.235939317	1.45	LPC(19:1)	M + HCOO	580.3619955	C28 H55 O9 N1 P1	0.530	0.491-0.569
2.1_468.344777629032	–2.191810941	1.41 × 10^–5	1.07 × 10^–3	2.60094581	2.1	LPE(18:0e)	M + H	468.3448535	C23 H51 O6 N1 P1	0.655	0.616-0.694
2.52_510.355423387097	–2.085275726	8.55 × 10^–5	5.17 × 10^–3	1.588067641	2.52	LPE(20:0)	M + H	510.3554185	C25 H53 O7 N1 P1	0.580	0.541-0.619
1.25_511.304163245902	–5.788620452	3.09 × 10^–8	9.72 × 10^–6	1.268175732	1.25	LPG(18:0)	M-H	511.3041465	C24 H48 O9 N0 P1	0.643	0.604-0.682
9.04_852.648806114754	–6.591943411	1.37 × 10^–7	2.07 × 10^–5	1.34055213	9.04	PE(24:0/20:3)	M-H	852.6487805	C49 H91 O8 N1 P1	0.664	0.625-0.703
5.94_840.554900733333	–5.774576081	9.46 × 10^–8	1.79 × 10^–5	1.605218986	5.94	PE(24:5/20:4)	M-H	840.5548805	C49 H79 O8 N1 P1	0.628	0.589-0.667
8.18_768.590178774194	–1.247773258	1.38 × 10^–3	5.97 × 10^–2	1.347036728	8.18	PE(39:4e)	M + H	768.5901685	C44 H83 O7 N1 P1	0.732	0.693-0.771
5.74_799.549493298246	–5.956785295	1.22 × 10^–6	1.32 × 10^–4	1.749869628	5.74	PG(18:1/20:2)	M-H	799.5494615	C44 H80 O10 N0 P1	0.661	0.622-0.700
3.78_805.487282830508	–4.992398474	4.25 × 10^–5	2.67 × 10^–3	1.834572536	3.78	PI(16:0/16:2)	M-H	805.4872565	C41 H74 O13 N0 P1	0.589	0.550-0.628
5.95_871.570775557377	–1.932846783	6.31 × 10^–4	2.98 × 10^–2	1.208312579	5.95	PI(18:0e/20:4)	M-H	871.5705915	C47 H84 O12 N0 P1	0.676	0.637-0.715
8.41_1215.78226483607	–5.102815466	2.40 × 10^–6	2.02 × 10^–4	1.197156038	8.41	PIP(56:5)	M-H	1215.78224	C65 H117 O16 N0 P2	0.580	0.541-0.619
6.09_824.54473652459	–5.368358045	3.36 × 10^–8	9.72 × 10^–6	1.464477576	6.09	PS(19:0/20:4)	M-H	824.5447105	C45 H79 O10 N1 P1	0.619	0.580-0.658
6.24_864.576036977778	–4.866399406	1.30 × 10^–7	2.07 × 10^–5	1.114751277	6.24	PS(24:4/18:1)	M-H	864.5760105	C48 H83 O10 N1 P1	0.557	0.518-0.596
8.36_772.549780163934	–5.999547062	9.47 × 10^–8	1.79 × 10^–5	1.7785929	8.36	PS(36:1p)	M-H	772.5497955	C42 H79 O9 N1 P1	0.676	0.637-0.715
4.84_759.565800901639	–5.877150165	1.40 × 10^–8	9.71 × 10^–6	1.128369302	4.84	SM(d35:2)	M + HCOO	759.5657795	C41 H80 O8 N2 P1	0.634	0.595-0.673
1.7_961.62817016129	–2.043369055	3.55 × 10^–4	1.79 × 10^–2	1.431824013	1.70	SQDG(41:2)	M + HCOO	961.6291555	C51 H93 O14 S1	0.619	0.580-0.658

ID	Log₂FC	P value	Q value	VIP	RT	Lipids	Adduct	m/z	Ion formula	AUC	95% CI
8.74_846.702905472727	–2.642773821	1.09 × 10^–3	4.91 × 10^–2	1.216518617	8.74	CerG1(d42:0 + 2O)	M + H	846.7028755	C48 H96 O10 N1	0.658	0.619-0.697
8.34_844.687257935484	–3.477949524	3.33 × 10^–5	2.23 × 10^–3	1.236724279	8.34	CerG1(d42:1 + 2O)	M + H	844.6872255	C48 H94 O10 N1	0.610	0.571-0.649
5.25_878.619960678571	–3.467403034	4.88 × 10^–4	2.38 × 10^–2	1.268335323	5.25	CerG2(d18:1/16:0 + O)	M+H	878.6199355	C46 H88 O14 N1	0.627	0.588-0.666
6.03_768.554890163934	–4.467705642	3.11 × 10^–7	4.27 × 10^–5	1.253372818	6.03	dMePE(18:1/18:2)	M-H	768.5548805	C43 H79 O8 N1 P1	0.699	0.660-0.738
3.03_1458.79626765385	–5.342114016	7.45 × 10^–7	8.66 × 10^–5	2.162467162	3.03	GD3(d34:1+O)	M-H	1458.796221	C68 H120 O30 N3	0.518	0.479-0.557
3.22_1442.80154337705	–2.025816285	1.82 × 10^–3	6.90 × 10^–2	1.575836608	3.22	GD3(d34:1)	M-H	1442.801306	C68 H120 O29 N3	0.646	0.607-0.685
3.62_1516.838173	–4.253614126	3.37 × 10^–5	2.23 × 10^–3	1.076404867	3.62	GM1(d34:1)	M-H	1516.838086	C71 H126 O31 N3	0.554	0.515-0.593
3.03_1123.67475613115	–4.091712941	3.39 × 10^–5	2.23 × 10^–3	1.842919943	3.03	GM3(d32:1)	M-H	1123.674587	C55 H99 O21 N2	0.518	0.479-0.557
4.95_1205.75285943333	2.189171873	2.83 × 10^–3	9.51 × 10^–2	1.481133157	4.95	GM3(d38:2)	M-H	1205.752837	C61 H109 O21 N2	0.560	0.521-0.599
6.94_1279.82604055172	–3.341410937	1.90 × 10^–4	1.03 × 10^–2	1.293170462	6.94	GM3(d42:1+O)	M-H	1279.826002	C65 H119 O22 N2	0.497	0.458-0.536
6.28_1259.79986118333	–3.083548121	2.51 × 10^–4	1.31 × 10^–2	1.839537428	6.28	GM3(d42:3)	M-H	1259.799787	C65 H115 O21 N2	0.476	0.437-0.515
1.99_510.391391516129	–1.228156421	1.71 × 10^–3	6.79 × 10^–2	2.112514389	1.99	LPC(18:0e)	M + H	510.3918035	C26 H57 O6 N1 P1	0.676	0.637-0.715
1.45_580.362009	–5.942488573	3.86 × 10^–8	9.72 × 10^–6	1.235939317	1.45	LPC(19:1)	M + HCOO	580.3619955	C28 H55 O9 N1 P1	0.530	0.491-0.569
2.1_468.344777629032	–2.191810941	1.41 × 10^–5	1.07 × 10^–3	2.60094581	2.1	LPE(18:0e)	M + H	468.3448535	C23 H51 O6 N1 P1	0.655	0.616-0.694
2.52_510.355423387097	–2.085275726	8.55 × 10^–5	5.17 × 10^–3	1.588067641	2.52	LPE(20:0)	M + H	510.3554185	C25 H53 O7 N1 P1	0.580	0.541-0.619
1.25_511.304163245902	–5.788620452	3.09 × 10^–8	9.72 × 10^–6	1.268175732	1.25	LPG(18:0)	M-H	511.3041465	C24 H48 O9 N0 P1	0.643	0.604-0.682
9.04_852.648806114754	–6.591943411	1.37 × 10^–7	2.07 × 10^–5	1.34055213	9.04	PE(24:0/20:3)	M-H	852.6487805	C49 H91 O8 N1 P1	0.664	0.625-0.703
5.94_840.554900733333	–5.774576081	9.46 × 10^–8	1.79 × 10^–5	1.605218986	5.94	PE(24:5/20:4)	M-H	840.5548805	C49 H79 O8 N1 P1	0.628	0.589-0.667
8.18_768.590178774194	–1.247773258	1.38 × 10^–3	5.97 × 10^–2	1.347036728	8.18	PE(39:4e)	M + H	768.5901685	C44 H83 O7 N1 P1	0.732	0.693-0.771
5.74_799.549493298246	–5.956785295	1.22 × 10^–6	1.32 × 10^–4	1.749869628	5.74	PG(18:1/20:2)	M-H	799.5494615	C44 H80 O10 N0 P1	0.661	0.622-0.700
3.78_805.487282830508	–4.992398474	4.25 × 10^–5	2.67 × 10^–3	1.834572536	3.78	PI(16:0/16:2)	M-H	805.4872565	C41 H74 O13 N0 P1	0.589	0.550-0.628
5.95_871.570775557377	–1.932846783	6.31 × 10^–4	2.98 × 10^–2	1.208312579	5.95	PI(18:0e/20:4)	M-H	871.5705915	C47 H84 O12 N0 P1	0.676	0.637-0.715
8.41_1215.78226483607	–5.102815466	2.40 × 10^–6	2.02 × 10^–4	1.197156038	8.41	PIP(56:5)	M-H	1215.78224	C65 H117 O16 N0 P2	0.580	0.541-0.619
6.09_824.54473652459	–5.368358045	3.36 × 10^–8	9.72 × 10^–6	1.464477576	6.09	PS(19:0/20:4)	M-H	824.5447105	C45 H79 O10 N1 P1	0.619	0.580-0.658
6.24_864.576036977778	–4.866399406	1.30 × 10^–7	2.07 × 10^–5	1.114751277	6.24	PS(24:4/18:1)	M-H	864.5760105	C48 H83 O10 N1 P1	0.557	0.518-0.596
8.36_772.549780163934	–5.999547062	9.47 × 10^–8	1.79 × 10^–5	1.7785929	8.36	PS(36:1p)	M-H	772.5497955	C42 H79 O9 N1 P1	0.676	0.637-0.715
4.84_759.565800901639	–5.877150165	1.40 × 10^–8	9.71 × 10^–6	1.128369302	4.84	SM(d35:2)	M + HCOO	759.5657795	C41 H80 O8 N2 P1	0.634	0.595-0.673
1.7_961.62817016129	–2.043369055	3.55 × 10^–4	1.79 × 10^–2	1.431824013	1.70	SQDG(41:2)	M + HCOO	961.6291555	C51 H93 O14 S1	0.619	0.580-0.658

Abbreviations: SCA, silent corticotroph adenoma; FC, fold change; VIP, variable importance of the projection; RT, retention time; m/z, mass-to-charge ratio; AUC, area under the curve; 95% CI, 95% confidence interval.

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