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Table 2 Protein identification of 30 spots with highest Mascot scores picked on deep purple stained 2D-gel

From: Larval midgut modifications associated with Bti resistance in the yellow fever mosquito using proteomic and transcriptomic approaches

Spot Nb

Fold changes

Vectorbase access number

Mascot score

Top ranking match

Predicted PI

Predicted mass (kDa)

% sequence coverage

Species

Proteases

2

−

1.88

AAEL015386_a

249

dipeptidyl-peptidase

4.91

84.9

42

Ae. aegypti

3

−

2.77

AAEL015386_b

149

dipeptidyl-peptidase

4.91

84.9

22

Ae. aegypti

4

+

1.81

AAEL012774_a

237

protease m1 zinc metalloprotease

4.81

102.5

41

Ae. aegypti

5

+

2.34

AAEL012774_b

162

protease m1 zinc metalloprotease

4.81

86.7

42

Ae. aegypti

20

+

1.81

AAEL012776_a

135

protease m1 zinc metalloprotease

5.19

103.3

30

Ae. aegypti

21

−

2.74

AAEL012776_b

146

protease m1 zinc metalloprotease

5.19

103.3

27

Ae. aegypti

19

−

3.81

AAEL012776_c

136

protease m1 zinc metalloprotease

5.19

103.3

22

Ae. aegypti

Detoxification enzymes

45

+

3.01

CPIJ019700

119

cytochrome P450

7.6

58.4

41

C. quinquefasciatus

Kinases-Phosphatases

22

−

1.58

AAEL003313

62

alkaline phosphatase

5.46

61.0

23

Ae. aegypti

24

−

1.92

AAEL003298_a

186

alkaline phosphatase

5.28

58.8

39

Ae. aegypti

25

−

1.16

AAEL003298_b

194

alkaline phosphatase

5.23

58.3

39

Ae. aegypti

Other enzymes

6

+

1.78

AAEL010532

146

alpha-amylase

4.82

68.9

37

Ae. aegypti

13

−

1.27

AAEL004580

129

beta-galactosidase

4.87

74.1

34

Ae. aegypti

11

−

2.06

AAEL002827_a

61

ATP synthase beta subunit

5.03

53.9

32

Ae. aegypti

23

−

2.29

AAEL002827_b

152

ATP synthase beta subunit

5.03

53.9

55

Ae. aegypti

16

−

2.06

AAEL008787_a

162

V-ATP synthase subunit alpha

5.26

68.5

31

Ae. aegypti

17

−

2.19

AAEL008787_b

231

V-ATP synthase subunit alpha

5.26

68.5

42

Ae. aegypti

18

−

1.82

AAEL008787_c

132

V-ATP synthase subunit alpha

5.26

68.5

30

Ae. aegypti

27

−

1.51

AAEL005798_a

200

V-ATP synthase subunit beta

5.31

54.8

49

Ae. aegypti

28

−

1.69

AAEL005798_b

177

V-ATP synthase subunit beta

5.31

54.8

44

Ae. aegypti

29

−

1.72

AAEL005798_c

187

V-ATP synthase subunit beta

5.31

55.4

53

Ae. aegypti

30

−

2.06

AAEL005798_d

229

V-ATP synthase subunit beta

5.38

55.5

52

Ae. aegypti

31

−

2.39

AAEL005798_e

197

V-ATP synthase subunit beta

5.38

55.4

48

Ae. aegypti

32

−

1.89

AAEL005798_f

181

V-ATP synthase subunit beta

5.38

55.4

56

Ae. aegypti

52

−

2.14

AAEL012035_a

93

V-ATP synthase subunit E

5.91

25.7

35

Ae. aegypti

53

−

2.21

AAEL012035_b

88

V-ATP synthase subunit E

5.91

25.7

38

Ae. aegypti

Other functions

8

+

10.74

AAEL001005_a

195

calreticulin

4.42

47.0

43

Ae. aegypti

8

−

2.56

AAEL001005_a

226

calreticulin

4.42

47.0

49

Ae. aegypti

9

+

3.14

AAEL001005_b

210

calreticulin

4.42

47.0

49

Ae. aegypti

10

+

2.75

AAEL001005_c

158

calreticulin

4.42

47.0

48

Ae. aegypti

12

+

3.01

AAEL001005_d

93

calreticulin

4.42

46.7

35

Ae. aegypti

  1. Proteins are classified according to their putative function using the same 13 categories as for transcriptomic data. When different spots pointed to the same protein, they were differentiated using letters after the access number. For each identification, the predicted pI, the predicted mass in kiloDaltons (kDa), the percentage of sequence coverage and the species and database matched are indicated.