Table 2 Calibration curve, R2, Matrix effect, average recoveries and precision (RSD) of 37 pesticides in fresh button mushroom.

From: Standardization of an analytical technique for determination of pesticide residues in fresh and processed button mushroom Agaricus bisporus (Lange) Imbach

Pesticides

Calibration curve

R2

Matrix effect

Recovery Mean* (%) and RSD (%) at five spiking level (µg g− 1)

0.01

0.025

0.05

0.075

0.1

Rec

RSD

Rec

RSD

Rec

RSD

Rec

RSD

Rec

RSD

Neonicotinoids

Acetamiprid

y = 17315x − 74.89

0.9932

-0.69 to 14.95

100.64

7.13

94.86

5.74

91.52

7.85

103.70

8.73

95.80

9.92

Imidacloprid

y = 3137.x + 13.04

0.9947

-5.24 to 4.57

105.03

6.51

93.49

7.25

106.49

4.39

97.66

8.51

95.25

8.81

Thiamethoxam

y = 6482.x − 23.56

0.9913

-12.63 to 19.10

108.3

8.31

103.64

4.04

89.30

7.66

99.47

7.59

101.30

4.5

Thiacloprid

y = 34059x + 292.6

0.9983

-15.96 to 14.88

86.84

3.22

90.63

3.88

81.32

5.55

102.27

7.84

113.4

7.12

Clothainidin

y = 23043x – 1635

0.9913

-3.19 to 17.89

109.12

9.70

94.90

9.70

98.07

6.47

101.14

9.71

98.43

8.51

Dinotefuran

y = 6127.x + 28.35

0.9903

-8.86 to 9.81

100.72

5.05

99.28

8.23

106.91

9.90

104.48

8.51

93.67

4.08

Benzoyl phenyl urea group

Novaluran

y = 58156x − 101.3

0.9984

-10.18 to 12.22

101.47

9.90

91.03

7.55

85.72

6.30

85.31

4.12

104.05

4.54

Fungicides

Azoxystrobin

y = 53218x + 190.1

0.9987

6.05 to 9.05

106.5

6.70

87.11

9.38

89.20

8.36

101.8

9.98

106.4

4.64

Tebuconazole

y = 15662x + 584.9

0.9975

-1.32 to 11.02

87.07

4.96

101.86

6.90

87.12

8.84

91.33

6.18

94.70

6.38

Trifloxystrobin

y = 10013x − 66.06

0.9985

-14.38 to 0.14

100.72

5.05

94.59

4.09

92.10

9.90

89.47

5.75

94.53

4.49

Hexaconazole

y = 3E + 06x + 32,874

0.9947

-8.40 to -10.34

100.88

3.36

100.88

2.21

100.87

3.64

88.36

7.79

96.42

0.93

Propiconazole

y = 1E + 07x − 24,592

0.9978

-17.34 to -0.89

80.04

1.07

101.42

2.06

86.13

1.18

93.50

1.91

76.52

3.15

Organophosphorous

Dimethoate

y = 25813x − 39.78

0.9913

-13.90 to 4.77

97.01

9.61

101.48

7.95

87.95

9.67

95.76

7.46

109.54

6.70

Monocrotophos

y = 20965x + 37.65

0.9932

-14.94 to 15.74

95.14

9.05

95.93

6.16

104.94

6.37

93.74

4.63

110.19

6.91

Quinalphos

y = 90767x − 58.11

0.9957

-3 to 17.41

89.10

9.46

97.01

8.81

94.99

6.99

87.93

9.03

93.57

6.49

Profenophos

y = 16807x − 99.05

0.9924

-11.32 to -0.42

110.41

8.29

93.55

5.73

86.98

4.36

98.96

5.21

95.59

2.88

Malathion

y = 15554x − 40.65

0.9967

-13.28 to 3.07

106.55

5.22

101.555

7.22

105.96

4.07

100.45

8.19

95.43

4.18

Chlorpyriphos

y = 60766x − 98.97

0.9913

-5.38 to 0.26

97.72

7.55

86.34

9.03

82.53

4.39

108.74

7.52

109.26

3.48

Organochlorines

Alpha HCH

y = 2E + 06x – 2730

0.9931

-0.66 to -0.46

73.77

1.70

95.17

6.01

73.01

0.97

76.33

2.07

74.32

3.37

Beta HCH

y = 1E + 06x – 3803

0.9966

-1.74 to -0.62

83.08

3.37

103.68

5.89

81.12

5.49

71.69

0.51

73.00

3.38

Lindane

y = 2E + 06x – 2367

0.9915

-1.59 to -0.69

74.46

3.10

99.00

1.98

80.86

3.58

72.44

0.65

74.80

1.51

Delta HCH

y = 2E + 06x − 4789

0.9943

-1.59 to -0.53

98.03

3.14

111.93

2.77

74.71

2.60

83.03

4.00

72.67

4.38

Dicofol

y = 94374x + 1737

0.9923

-0.49 to -0.14

99.27

3.87

110.50

7.49

91.37

9.13

74.76

3.70

80.52

9.23

Alpha endosulfan

y = 4E + 06x – 10,427

0.9943

-2.51 to -1.04

82.86

4.28

107.13

7.36

74.67

3.37

79.99

0.72

77.69

8.14

p, p-DDE

y = 6127.x + 28.35

0.9902

-8.86 to 9.81

75.80

5.05

78.73

2.12

81.99

3.37

80.07

1.16

80.89

0.96

Beta endosulfan

y = 4E + 06x + 10,615

0.9923

-1.45 to -0.84

77.69

6.09

113.22

7.73

72.30

1.18

72.40

0.90

76.58

1.56

p, p-DDD

y = 5E + 06x + 11,898

0.9905

-1.67 to -0.61

78.95

0.19

115.28

4.06

77.84

1.27

74.07

0.71

75.30

1.41

Endosulfan sulfate

y = 20965x + 37.65

0.9906

-19.76 to 14.28

80.08

5.52

114.35

2.16

79.31

0.19

73.33

1.23

74.59

1.92

p, p-DDT

y = 90767x − 58.11

0.9953

-7.10 to 1.58

79.39

0.40

109.62

3.28

73.72

0.42

80.69

1.88

75.79

1.17

Synthetic pyrethroids

Bifenthrin

y = 1E + 06x + 630.1

0.9935

-13.28 to 3.07

81.19

4.30

80.25

1.85

83.55

3.84

97.56

5.09

101.47

1.58

Fenpropathrin

y = 64217x − 806.2

0.9929

-7.78 to 11.8

97.38

1.66

84.83

1.29

86.35

4.05

101.53

9.02

82.84

2.59

Lambda Cyhalothrin

y = 83881x + 17,809

0.9903

-5.38 to 0.26

93.26

6.48

94.09

3.12

101.17

0.28

99.04

2.03

104.34

1.01

Cyfluthrin

y = 41559x + 2978

0.9909

-2.34 to 4.15

84.77

2.42

102.03

3.47

92.54

1.26

100.88

5.15

104.46

1.31

Cypermethrin

y = 43631x + 980.5

0.9908

-17.94 to 15.23

114.27

2.69

97.46

4.65

100.71

2.43

111.61

2.20

113.81

0.80

Fenvalerate

y = 82617x + 13,182

0.9942

-14.89 to 19.20

113.56

2.01

103.52

0.90

90.77

4.21

102.55

0.60

108.31

1.18

Fluvalinate

y = 73603x + 14,680

0.9916

-17.94 to 15.44

89.48

9.42

89.89

3.52

102.59

2.46

106.93

6.35

104.47

0.69

Deltamethrin

y = 93672x + 11,967

0.9913

-19.38 to -15.40

86.98

5.714

101.25

7.72

86.07

2.14

101.78

2.53

101.01

2.60

  1. *Mean of five replications, RSD- Relative Standard Deviation.