Table 2 GO enrichment analysis

  Nitric oxide biosynthetic process

2/29, 7 %

4/8538, <0.01 %

0.01231

  Cellular amino acid biosynthetic process

4/29, 14 %

89/8538, 1.0 %

0.03972

  Cold acclimation

2/29, 7 %

7/8538, 0.1 %

0.04282

  Nitric oxide metabolic process

2/29, 7 %

7/8538, 0.1 %

0.04282

  Response to cold

2/29, 7 %

9 out of 8538 genes, 0.1 %

0.07310

  Organic acid biosynthetic process

4/29, 14 %

128/8538, 2 %

0.15838

  Carboxylic acid biosynthetic process

4/29, 14 %

128/8538, 2 %

0.15838

  Cuticle development involved in chitin-based cuticle molting cycle

2/29, 7 %

18/8538, 0.2 %

0.30486

  Cellular amino acid metabolic process

5/29, 17 %

265/8538, 3 %

0.33062

  Small molecule biosynthetic process

4/29, 14 %

174/8538, 2.0 %

0.49169

  Single-organism biosynthetic process

4/29, 14 %

183/8538, 2 %

0.59005

  Regulation of pole plasm oskar mRNA localization

11/893, 1 %

25/8538, 0.3 %

0.03332

  Regulation of oocyte development

11/893, 1 %

27/8538, 0.3 %

0.08004

  Negative regulation of oskar mRNA translation

5/893, 1 %

6/8538, 0.1 %

0.13125

  Pole plasm assembly

11/893, 1 %

30/8538, 0.4 %

0.24967

  Cytoplasm organization

11/893, 1 %

33/8538, 0.4 %

0.65908

  Cell maturation

23/893, 3 %

104/8538, 1 %

0.71693

  Oocyte anterior/posterior axis specification

13/893, 2 %

45/8538, 0.5 %

0.95554

  Integral to membrane

8/17, 47 %

893/6281, 14 %

0.03580

  Intrinsic to membrane

8/17, 47 %

907/6281, 14 %

0.03976

  Membrane

11/17, 65 %

2186/6281, 35 %

0.34152

  Membrane part

8/17, 47 %

1322/6281, 21 %

0.44314

  Extracellular region

3/17, 18 %

257/6281, 4 %

0.90284

  Intracellular

548/659, 83 %

4915/6281, 78 %

0.19681

  Intracellular part

523/659, 79 %

4660/6281, 74 %

0.22058

  Proton-transporting ATP synthase complex

8/659, 1 %

23/6281, 0.4 %

0.56557

  Respiratory chain

14/659, 2 %

58/6281, 0.9 %

0.73999

  Cytosolic small ribosomal subunit

10/659, 2 %

35/6281, 0.6 %

0.83309

  Nitric-oxide synthase activity

2/31, 7 %

3/9203, 0 %

0.00213

  Oxidoreductase activity, acting on paired donors, with incorporation or reduction of molecular oxygen, NAD(P)H as one donor, and incorporation of one atom of oxygen

2/31, 7 %

4/9203, 0 %

0.00426

  FMN binding

2/31, 7 %

10/9203, 0.1 %

0.03158

  NADP binding

2/31, 7 %

18/9203, 0.2 %

0.10560

  Oxidoreductase activity, acting on paired donors, with incorporation or reduction of molecular oxygen

3/31, 10 %

79/9203, 0.9 %

0.14961

  Transaminase activity

2/31, 7 %

27/9203, 0.3 %

0.23774

  Transferase activity, transferring nitrogenous groups

2/31, 7 %

27/9203, 0.3 %

0.23774

  Hydrolase activity, acting on ester bonds

6/31, 19 %

558/9203, 6 %

0.63056

  Monooxygenase activity

2/31, 7 %

45/9203, 0.5 %

0.64579

  Calmodulin binding

2/31, 7 %

46/9203, 0.5 %

0.67373

  Structural constituent of cuticle

2/31, 7 %

49/9203, 0.5 %

0.76074

  Phosphoric ester hydrolase activity

4/31, 13 %

280/9203, 3 %

0.89824

  mRNA 3′-UTR binding

9/955, 1 %

19/9203, 0.2 %

0.02320

  O-methyltransferase activity

5/955 genes, 1 %

9/9203 genes, 0.1 %

0.51422

  Stearoyl-CoA 9-desaturase activity

3/955, 0.3 %

3/9203, 0 %

0.54600

  Acyl-CoA desaturase activity

3/955, 0.3 %

3/9203, 0 %

0.54600

  Nucleic acid binding

159/955, 17 %

1241/9203, 14 %

0.89676

  mRNA 5′-UTR binding

5/955, 1 %

10/9203, 0.1 %

0.94087