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Table 1 Chromatographic and spectrometric data for 64 metabolites from soybean leaves analyzed by GC–MS

From: Global metabolite profiling based on GC–MS and LC–MS/MS analyses in ABF3-overexpressing soybean with enhanced drought tolerance

Compound

RT

Compound

RT

Compound

RT

Oxalic acid

6.80

Proline

19.42

Xylitol

27.26

Propanoic acid, 2-(methoxyimino)

8.81

Ribose

19.60

Shikimic acid

33.49

Uracil

9.03

Isoleucine

19.77

3-Hydroxy hexanedioic acid

34.19

Glutamic acid

9.63

Succinic acid

20.31

Ribitol

35.71

Glyceric acid

12.78

Isocitric acid

20.67

Galactose

36.39

Ketomalonic acid

13.85

beta-Alanine

21.05

Inositol

36.61

Alanine

14.55

Fumaric acid

21.16

Tyrosine

37.41

Lactic acid

14.91

Glycine

21.20

Glucose

37.66

Xylose

15.41

Threonine

21.26

Fructose

38.70

Glycolic acid

16.18

4-Keto glucose

23.01

Melibiose

38.75

Leucine

17.15

Threitol

23.11

Tryptophane

39.05

Asparagine

17.27

Malic acid

24.13

Sorbitol

40.16

Ribonic acid

17.46

Salicylic acid

24.14

Glyceryl glycoside

41.40

Malonic acid

17.59

Citric acid

24.43

Sucrose

45.78

Valine

17.86

γ-Aminobutyric acid

24.50

Maltitol

45.87

Carboxyglycine

18.14

Pyroglutamic acid

25.10

Trehalose

46.59

Hedracylic acid

18.23

Threonic acid

25.66

Octadecanoic acid

47.13

Aminoethanol

18.62

Phenylalanine

25.89

Hexadecanoic acid

47.99

Lysine

18.89

Glutamine

25.93

Maltose

53.91

Mannitol

18.89

d-pinitol

26.55

Raffinose

54.59

Serine

18.94

Aspartic acid

26.88

Lactose

55.96

Glycerol

19.20

Erythritol

26.93

  
  1. RT retention time (min)