Table 3 Calibration curve, R2, Matrix effect, average recoveries and precision (RSD) of 37 pesticides in processed button mushroom (in brine).

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 = 11998x − 25.79

0.9934

-0.11 to19.35

95.83

4.59

99.68

5.09

109.99

7.90

112.03

1.70

103.33

7.68

Imidacloprid

y = 3907.x − 8.324

0.9918

-5.24 to 6.30

101.23

9.91

95.51

8.92

98.06

6.50

104.89

6.01

94.07

4.32

Thiamethoxam

y = 2902.x + 7.656

0.9964

-16.46 to -2.64

116.37

5.67

107.32

6.56

102.85

7.53

95.96

8.40

109.19

8.70

Thiacloprid

y = 28337x − 63.39

0.9964

-4.23 to 15.52

110.42

6.28

102.31

1.35

100.62

5.19

102.76

8.56

113.37

7.13

Clothainidin

y = 4480.x + 4.103

0.9918

-19.18 to 16.66

106.86

2.71

91.61

6.65

101.76

9.57

108.73

9.94

96.59

8.34

Dinotefuran

y = 2945x + 47.28

0.9904

-13.83 to 14.64

92.66

6.13

106.78

6.93

102.56

8.80

107.91

5.17

98.66

3.91

Benzoyl phenyl urea

Novaluran

y = 58156x − 101.3

0.9984

-10.18 to 12.22

107.37

5.29

115.83

9.27

96.14

8.33

103.43

6.62

97.86

7.24

Fungicides

Azoxystrobin

y = 90735x − 430.4

0.9925

-7.33 to 11.17

87.44

3.95

97.01

3.76

97.59

9.11

96.89

9.17

101.98

1.85

Tebuconazole

y = 15945x − 179.7

0.9979

-15.26 to 10.71

89.77

8.83

101.89

6.69

90.04

5.73

84.16

3.09

97.29

5.31

Trifloxystrobin

y = 82962x + 170.9

0.9914

-18.96 to 19.02

88.77

5.39

95.01

5.17

94.53

2.07

95.76

4.72

113.13

0.64

Hexaconazole

y = 3E + 06x + 5294

0.9970

-17.66 to 7.36

104.14

3.77

88.30

6.32

90.35

0.93

83.82

1.40

96.42

8.04

Propiconazole

y = 1E + 06x + 8422

0.9922

-19.35 to 3.23

109.65

4.37

81.44

1.63

83.56

3.67

88.47

0.83

93.01

1.56

Organophosphorous

Dimethoate

y = 15721x + 0.848

0.9973

-17.12 to 13.17

110.60

3.97

100.68

7.80

112.84

6.87

104.67

9.26

98.94

2.43

Monocrotophos

y = 24928x + 66.98

0.9920

-11.85 to 17.07

97.99

4.00

99.96

9.04

95.10

8.90

92.56

9.67

98.77

3.26

Quinalphos

y = 88727x + 14.91

0.9923

4.38 to 13.29

94.37

4.83

99.13

3.38

90.38

4.90

95.48

8.80

94.87

3.07

Profenophos

y = 93658x + 174.5

0.9953

-11.32 to 0.42

107.04

6.06

99.90

5.76

107.62

7.87

108.99

5.00

100.21

6.26

Malathion

y = 28675x − 3.071

0.9911

-13.28 to -6.53

100.59

6.61

105.35

8.86

94.20

7.94

94.42

2.69

101.02

6.27

Chlorpyriphos

y = 11746x + 140.2

0.9963

-9.96 to 5.05

103.65

8.50

106.72

4.22

103.78

9.40

91.86

1.20

100.04

7.33

Organochlorines

Alpha HCH

y = 2E + 06x – 2730

0.9931

-0.66 to -0.46

99.98

0.64

90.31

3.31

91.89

2.06

106.99

0.82

100.53

8.21

Beta HCH

y = 1E + 06x – 3803

0.9966

-1.74 to -0.62

114.35

2.43

107.80

2.01

107.52

1.92

111.81

0.34

110.06

2.87

Lindane

y = 2E + 06x – 2367

0.9915

-1.59 to -0.69

97.60

0.96

100.62

0.70

104.68

1.86

103.49

0.56

105.44

1.76

Delta HCH

y = 2E + 06x − 4789

0.9943

-1.59 to -0.53

85.53

4.50

113.57

2.54

107.92

1.86

94.64

0.97

95.13

5.67

Dicofol

y = 94374x + 1737

0.9923

-0.49 to -0.14

112.38

6.33

104.18

4.70

101.59

5.45

105.53

3.10

107.91

2.80

Alpha endosulfan

y = 2E + 06x – 6245

0.9984

-1.94 to 0.67

94.57

4.41

99.46

5.52

104.49

2.96

110.24

1.06

99.22

6.91

p, p-DDE

y = 2E + 06x − 9794

0.9906

-8.86 to 9.81

111.80

0.50

103.12

0.59

111.98

2.31

108.42

0.68

102.48

2.66

Beta endosulfan

y = 5E + 06x − 11,170

0.9984

-1.43 to 0.43

116.69

1.18

110.89

1.56

112.08

2.39

106.32

0.12

108.83

3.11

p, p-DDD

y = 5E + 06x + 1683

0.9976

-1.47 to 0.66

114.04

2.75

112.93

1.55

116.96

2.03

107.92

0.72

108.95

4.43

Endosulfan sulfate

y = 20965x + 37.65

0.9934

-14.94 to 15.74

106.28

4.82

107.07

0.50

111.03

1.38

104.09

0.40

113.08

0.66

p, p-DDT

y = 2E + 06x − 9794

0.9921

-7.42 to 1.16

92.04

4.28

96.38

0.85

103.77

1.60

108.18

0.85

109.55

6.53

Synthetic pyrethroids

Bifenthrin

y = 1E + 06x + 918.5

0.9940

-15.05 to -6.28

104.87

8.28

105.73

1.98

95.29

7.39

86.03

4.20

101.47

2.14

Fenpropathrin

y = 1E + 06x + 918.5

0.9986

-16.64 to 9.03

91.75

4.15

85.71

2.34

89.82

5.68

82.48

3.30

82.84

2.41

Lambda Cyhalothrin

y = 1E + 06x + 15,028

0.9979

-19.10 to -15.66

91.36

5.55

97.54

1.07

96.64

3.03

99.04

1.17

104.34

2.25

Cyfluthrin

y = 1E + 06x + 4676

0.9910

-1.23 to 0.56

101.20

6.84

90.10

4.58

104.59

6.73

91.54

6.75

104.46

3.42

Cypermethrin

y = 2E + 06x + 9453

0.9913

-19.27 to 11.62

99.59

5.93

101.49

2.84

100.71

5.74

85.19

2.51

92.68

2.96

Fenvalerate

y = 1E + 06x + 12,451

0.9909

-17.04 to 12.20

94.46

4.31

84.79

6.13

90.77

1.72

86.96

4.01

95.48

2.40

Fluvalinate

y = 66113x + 16,618

0.9946

-19.12 to 14.41

114.65

2.52

100.76

1.71

102.71

2.36

84.07

2.21

102.83

2.01

Deltamethrin

y = 1E + 06x + 6954

0.9972

-19.70 to 16.9

105.15

3.54

108.27

1.53

107.58

4.72

86.40

4.86

91.17

1.99

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