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Table 1 Identification of major metabolites from LC–MS runs

From: Mass spectrometry-based metabolomics study for delay tomato fruit ripening by sound waves

No.

RT (min)

Category

Compound

Exact mass [M + H]+

MS fragments

VIP

p value

1

1.06

Amino acids

Phenylalanine

166.0847

 

1.11

2.16E−03

2

1.55

Tryptophan

205.0964

 

1.16

2.71E−04

3

2.88

Flavonoids

Rutin

611.1594

287, 303

1.23

0.035

4

4.19

Nariiigenin

273.0747

119, 147, 153

1.12

4.79E−10

5

0.85

Others

Adenosine

268.1017

136

1.46

1.70E−08

6

2.95

Esculeoside A

1270.6125

814, 754, 652, 592

0.99

2.49E−03

7

3.17

Beta 1 hydroxytomatine

918.5097

652, 594, 432

0.91

2.80E−05

8

3.54

Protogracillin

1065.5529

741, 579, 417

0.97

1.29E−03

9

4.14

Protein

1093.2407

 

0.57

0.319

10

5.45

Myristic diethauolamide

316.2824

 

1.2

3.68E−04

11

5.67

phytosphingosine

318.2989

300, 282

1.09

1.12E−04

12

9.21

Cholesteryl acetate

429.3712

164, 165, 205

0.73

0.553

13

6.63

Lysophosphadtidyl-choline

LPC(18:2)

520.3398

184

1.01

0.058

14

6.99

LPC(16:0)

496.3389

184

1.28

4.13E−05

  1. The metabolites were identified based on elution time, m/z, and MS/MS pattern. LC–MS, liquid chromatography-mass spectrometry; RT, retention time; VIP, variable importance projection; LPC, lysophosphatidylcholine