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Table 3 Up- and down-regulated P450 genes in cotton bollworm in response to 2-TD treatment

From: The retardant effect of 2-Tridecanone, mediated by Cytochrome P450, on the Development of Cotton bollworm, Helicoverpa armigera

Family

Classification

Homologous genes

% similarity, organisms

Transcripts number

Log2Ratioa

Expression stage

2-TD induced

P450sb

Mitochondrial

314A1

86%, B. mori

16487

2.55

All, 3 > 1 > 6

Up

314A1

83%, S. littoralis

15409

−2.29

All, 3 > 1 > 6

Down

333B3

69%, S. littoralis

12317

−1.12

All, 1 > 6 > 3

Down

333A3

75%, S. littoralis

25319

1.44

All, 3 > 1 > 6

Up

315A1

73%, S. littoralis

40026

−1.07

All, 3 > 1 > 6

Down

Clan 2

18A1

72%, S. littoralis

41217

4.12

All, 6 = 3 = 1

Up

18A1

81%, S. littoralis

35643

5.06

3 > 1, pupa, female

Up

18A1

76%, S. littoralis

16953

4.73

3 > 1

Up

15C

71%, B. mori

14800

1.53

1, female

Up

306A1

82%, S. littoralis

13036

−3.32

All, 3 > 1 > 6

Down

307A1

99%, H. armigera

8199

−4.55

3 > 6 > 1, pupa

Down

307A1

99%, H. armigera

13311

−4.92

Egg, 3 > 6, pupa

Down

Clan 3 (include CYP6 and CYP9)

6B2,6B6,6B7

96%, H. armigera

18705

3.08

Egg, female

Up

6B2, 6B6, 6B7

94%, H. armigera

40306

2.23

All, 3 > 1 > 6

Up

321A2

98%, H. zea

17923

7.79

No expression

Up

6B2

96%, H. armigera

2844

3.03

All, 6 > 3 > 1

Up

6B2, 6B6, 6B7

97%, H. armigera

41374

4.08

3 > 1 > 6, male

Up

6B31

77%, S. littoralis

2950

1.67

Male

Up

6AB31

74%, S. littoralis

5881

2.39

1 > 3 > 6, pupa, Adults

Up

6B6

99%, H. armigera

39825

2.09

6 > 3 > 1

Up

6B2, 6B6, 6B7

89%, H. armigera

13679

4.38

3

Up

6AN4

72%, S. littoralis

12093

1.96

Egg,female,1 > 3 > 6

Up

6AN4

78%, S. littoralis

1833

1.07

1 < 3 < 6

Up

6AB4

74%, B. mori

42286

5.24

Male

Up

6AB14

68%, S. littoralis

15424

−1.39

3 > 6

Down

6AE12

72%, H. armigera

41540

2.64

Female, male

Up

6AE12

90%, H. armigera

3564

2.35

3 > 6 > 1, female

Up

6AE14

99%, H. armigera

9094

−1.55

1 > 3 > 6

Down

6AE14

78%, H. armigera

4567

1.68

1 > 3 > 6, female, male

Up

6AE14

100%, H. armigera

15388

1.97

All

Up

6AE14

92%, H. armigera

6041

1.16

3 > 6 > 1

Up

6AE47

75%, S. littoralis

39097

2.37

6 > 1 > 3, female

Up

6AE14

72%, H. armigera

30146

3.25

egg, 3 > 1 > 6, female

Up

324A6

72%, S. littoralis

40289

2.84

3, pupa

Up

337B3

99%, H. armigera

2773

2.64

Egg, female

Up

337B3v1

85%, H. armigera

12899

1.29

All, 3 > 6 > 1

Up

35D18

97%, H. armigera

17285

−3.63

6 > 3 > 1

Down

35D18

91%, H. armigera

11744

−4.67

6 > 3 > 1

Down

324A1

77%, S. littoralis

36658

2.03

Female, male

Up

321A1

96%, H. zea

38041

4.82

Egg, 1 < 3 < 6

Up

321A1

95%, H. zea

6465

6.56

3 > 6 > 1, male

Up

321A2

91%, H. zea

9454

2.62

Egg, female

Up

321A2

89%, H. zea

2372

1.53

Egg, pupa, female

Up

321B1

90%, S. littoralis

40435

1.84

egg, female

Up

9A18

88%, H. armigera

35600

−3.47

6 > 1 > 3, pupa

Down

9A18

99%, H. armigera

40298

−3.49

All, 6 > 3 > 1

Down

9A18

99%, H. armigera

6517

−4.46

6 > 1 > 3

Down

9A12

96%, H. armigera

16315

1.511

3 > 1 > 6, female, male

Up

9A14

94%, H. zea

13079

1.65

Egg, female

Up

337B3v7

96%, H. zea

33786

1.50

Egg, female, 3 > 1 > 6

Up

321A2

92%, H. zea

12163

7.21

6 > 3 > 1, male

Up

CYP4

4 V2

88%, Mamestra brassicae

17185

2.32

All, 3 > 1 > 6

Up

340 K4

69%, S. littoralis

8795

−1.95

3 > 1 > 6

Down

4 M7

96%, H. zea

32914

3.18

3 > 6 > 1, pupa

Up

4 M7

97%, H. zea

34657

1.79

3 > 6 > 1, pupa

Up

4 L12

74%, S. littoralis

41937

5.61

All, 1 > 3 > 6

Up

340AA1

66%, S. littoralis

18087

2.03

Egg, 3

Up

340AA1

70%, S. littoralis

23572

1.03

3, male

Up

4M14V1

76%, S. litura

22567

1.50

Pupa

Up

4C1

71%, Blaberus discoidalis

26692

1.77

All

Up

4S1

96%, H. armigera

1070

−1.29

6 > 1 > 3,female,pupa

Down

367B6

73%, S. littoralis

15813

2.03

3, pupa, female

Up

340AA1

70%, S. littoralis

21273

2.03

3

Up

4G74

83%, S. littoralis

4194

−1.91

3 > 6 > 1,pupa, female

Down

4G15

D. melanogaster

2239

−3.21

1 = 3 < 6, female

Down

4G74

86%, S. littoralis

14395

−3.56

3 > 6 > 1, pupa, female

Down

341B1

76%, B. mori

3370

−1.92

6 > 3 > 1

Down

341B1

67%, B. mori

40986

−1.19

Pupa

Down

341B3

78%, S. littoralis

7936

−1.14

6 > 3 > 1

Down

341A13

83%, S. littoralis

26038

−1.55

3, female

Up

4C1

88%, B. mori

22272

−2.43

6

Down

  1. aRatio: RPKM of 2-TD treated samples/RPKM of untreated samples. RPKM: Reads per kilo bases per million reads. RPKM < 0.1 was used as the criterion to judge the unigenes were not expressed during a given developmental stage. Absolute value of Log2Ratio ≥ 1 were used as thresholds for ‘differential expression’. The P450 genes reported to be involved in insect hormone biosynthesis and metabolism are shown in bold. 1: 1st instar larvae; 3: 3rd instar larvae; 6: 6th instar larvae
  2. bThe cytochrome P450 clan schema used here follows the system proposed by Feyereisen et al. (2006)
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BMC Genomics

ISSN: 1471-2164

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