Skip to main content

Table 4 Differentially expressed genes candidates to be involved in female sexual development

From: De novo gonad transcriptome analysis of the common littoral shrimp Palaemon serratus: novel insights into sex-related genes

Gene

Gene annotation

Sequence ID

Length (bp)

ORF

Fold change

(ovary/testis)

FDR p-value

Mean TPM ovaries

Mean TPM testes

Gonad up-regulated

Vg

Vitellogenin

TRINITY_DN69557_c0_g1_i2

7827

complete

8.53

9.16E-6

635.87

106.46

yes

Vgr

Vitellogenin receptor

TRINITY_DN75859_c0_g1_i3

5765

complete

61.24

0.00

754.94

16.39

yes

Hpgds

Hematopoietic prostaglandin D synthase

TRINITY_DN66544_c0_g1_i1

2050

complete

4.98

6.96E-3

107.45

26.71

yes

Cathepsin D

Cathepsin D

TRINITY_DN74459_c2_g2_i1

2138

complete

16.92

9.31E-8

2637.5

224.02

yes

Pxt

Chorion peroxidase-like

TRINITY_DN71711_c0_g1_i1

2419

complete

4872.33

0.00

2495.51

0.67

yes

Fem-1b

Protein fem-1 homolog B

TRINITY_DN63971_c0_g1_i2

3646

complete

2.65

6.87E-3

37.10

19.73

no

Profilin

Profilin

TRINITY_DN61540_c0_g3_i2

904

complete

38.02

0.00

1768.14

68.09

yes

FAOMeT

Farnesoic acid-O-methyl transferase

TRINITY_DN64401_c1_g5_i1

1726

complete

7.84

3.52E-6

841.08

154.89

yes

Hsc70

Heat shock cognate 70

TRINITY_DN71006_c1_g1_i1

2040

3′ partial

3.64

4.79E-03

674.77

259.44

no

Dmc1

Disrupted meiotic cDNA

TRINITY_DN62322_c4_g1_i1

1526

complete

5.30

9.59E-5

222.61

60.22

yes

Sox8

Transcription factor SOX-8

TRINITY_DN70088_c0_g1_i1

4022

complete

7.26

1.99E-3

3.57

0.58

no

Smad4

Mothers against decapentaplegic 4

TRINITY_DN62236_c4_g2_i4

3768

complete

24.67

0.00

97.11

4.91

yes

Gnrhr

Gonadotropin-releasing hormone receptor

TRINITY_DN64884_c0_g1_i3

2199

complete

2493.02

0.00

62.82

0.03

yes

Pges2

Prostaglandin E synthase 2

TRINITY_DN55480_c0_g1_i1

1590

complete

4.00

2.74E-4

51.2

18.82

no

Pgmrc1

Progestin membrane receptor component 1

TRINITY_DN74305_c2_g1_i3

1763

complete

3.17

9.65E-3

17.48

7.48

no