Skip to main content

Table 1 Changes in sugars (mg/g), scopoletin (mmol/g), polyphenol oxidase (U/mg min), ascorbic acid (µg/g), ascorbate (mM/min mg) and guaiacol peroxidase (μmol/min mg), tocopherol (mg/g), and proteins (mg/mL) during storage of cassava roots of four cultivars (SAN, ORI, IAC, and BRA)

From: Metabolomic, enzymatic, and histochemical analyzes of cassava roots during postharvest physiological deterioration

Sample

Glucose

SD

Fructose

SD2

Scopoletin

SD3

PolyPhenol

SD4

Ascorbic

SD5

Ascorbate

SD6

Guaiacol

SD7

Tocopherol

SD8

Proteins

SD9

SAN

35.94c

1.8

26.06c

1.4

25.98d

2.1

4.57d

0.1

0.54d

0.0

1.32d

0.4

0.14d

0.0

5.58a

0.3

60.67a

0.1

SAN3

29.86d

0.8

26.78c

0.7

45.40c

0.8

6.16b

0.1

1.94bc

1.5

25.98b

0.2

1.36b

0.1

0.77d

0.3

66.89a

0.1

SAN5

67.11a

1.1

67.94c

1.2

120.80a

1.5

5.70c

0.1

1.42 cd

0.1

27.90a

0.3

0.52c

0.0

4.04b

0.5

82.82a

0.1

SAN8

55.60d

2.2

62.41b

2.6

125.81a

0.7

3.91e

0.1

3.57a

0.4

28.24a

0.9

1.27b

0.0

2.06c

0.5

65.74a

0.1

SAN11

18.14e

0.8

18.40d

0.8

66.64b

2.0

6.50a

0.2

2.67ab

0.1

7.07c

0.6

3.58a

0.3

0.42d

0.1

36.17a

0.1

ORI

15.48c

0.5

13.69c

0.5

18.59d

2.7

4.24b

0.3

0.64b

0.2

12.91d

1.7

0.19e

0.0

0.39b

0.1

39.32b

0.1

ORI3

30.23a

0.8

26.07b

0.4

124.89a

8.4

3.64c

0.1

0.73b

0.2

3.74e

0.8

1.34d

0.1

0.32b

0.1

55.82ab

0.1

ORI5

25.22b

0.2

31.62a

0.4

48.17c

1.0

4.26b

0.1

0.63b

0.4

20.20b

0.3

1.59c

0.0

0.23b

0.0

69.17ab

0.1

ORI8

17.09c

0.8

23.28b

1.2

81.80b

20.4

5.10a

0.1

1.82a

0.4

16.03c

0.5

5.07b

0.0

3.62a

0.1

21.55ab

0.1

ORI11

9.40d

0.1

13.41c

0.2

54.94c

0.8

3.82c

0.0

2.58a

0.0

118.99a

0.3

6.59a

0.2

0.25b

0.0

13.07a

0.1

IAC

82.26b

4.5

69.87c

4.3

64.25d

0.7

3.72c

0.1

0.29b

0.1

2.82e

0.5

0.14d

0.0

0.39b

0.1

43.60a

0.1

IAC3

45.74c

0.8

42.72d

0.9

81.81c

3.7

3.40d

0.1

1.25ab

0.0

34.32b

0.1

1.08c

0.1

2.11a

0.6

55.39a

0.1

IAC5

82.08b

2.8

84.25b

3.1

123.90b

2.2

4.54b

0.0

1.05ab

0.1

19.44c

0.2

0.24d

0.0

0.26b

0.1

110.53a

0.1

IAC8

91.77a

1.7a

99.80a

1.7

214.00a

0.3

2.98e

0.1

1.04ab

0.0

7.83d

0.3

1.84b

0.1

0.36b

0.1

57.46a

0.1

IAC11

42.23c

0.9

44.65d

0.7

98.10c

2.0

5.04a

0.1

1.33a

0.4

73.73a

1.8

3.45a

0.1

0.35b

0.1

18.24a

0.1

BRA

55.91d

2.1

54.19e

2.1

91.46c

7.6

4.19b

0.4

0.63b

0.5

14.01d

0.3

0.22d

0.0

0.21b

0.0

37.39a

0.1

BRA3

87.30c

1.2

81.25d

1.1

92.11c

3.5

3.21d

0.0

2.36a

0.2

31.05b

0.5

0.77c

0.0

0.25b

0.1

56.24a

0.1

BRA5

117.85a

1.1

125.74a

0.6

95.00c

9.5

3.64c

0.1

2.43a

0.3

44.63a

0.2

0.83c

0.0

0.23b

0.0

52.60a

0.1

BRA8

102.35b

2.0

117.27b

2.3

193.96b

18.2

3.70c

0.0

2.64a

0.2

26.46c

1.1

3.11a

0.1

0.25b

0.0

80.04a

0.1

BRA11

88.16c

5.0

111.09c

6.2

223.08a

5.0

6.53a

0.1

3.20a

0.3

9.04e

0.6

1.17b

0.1

2.56a

0.7

27.32a

0.1

  1. Values are represented by means of a minimum of three repetitions (n = 3) followed by standard deviations (SD) of the compounds mentioned above (SD, SD2, SD3, SD4, SD5, SD6, SD7, SD8, and SD9) respectively. Numbers after cultivar name (e.g., SAN3) mean days of storage. Different letters in the columns and for each cultivar mean significant statistical differences during storage period for that cultivar (p < 0.05, Tukey HSD test)