Skip to main content

Table 2 The top ten most enriched KEGG of DEGs in all comparison groups

From: Transcriptomic analysis of flower opening response to relatively low temperatures in Osmanthus fragrans

Pathway

ID

L2 vs H2

L4 vs H4

L6 vs H6

Percent (%)

P-value

Percent (%)

P-value

Percent (%)

P-value

Metabolic pathways

ko01100

22.94

3.69895E-07

23.64

2.02306E-16

23.78

9.35908E-20

Biosynthesis of secondary metabolites

ko01110

12.43

1.83429E-07

13.09

8.08594E-19

13.23

3.08193E-23

Plant-pathogen interaction

ko04626

5.42

2.90029E-05

5.43

4.82036E-07

5.67

1.43759E-11

Starch and sucrose metabolism

ko00500

4.03

9.30016E-08

3.69

3.81391E-05

3.77

8.46098E-07

Plant hormone signal transduction

ko04075

3.96

0.01001351

4.27

6.50429E-07

4.65

2.91758E-15

Protein processing in endoplasmic reticulum

ko04141

3.04

0.03015519

2.82

0.2699489

2.63

0.827178

Carbon metabolism

ko01200

2.84

0.1309717

2.87

0.06273836

3.1

0.000191297

Endocytosis

ko04144

2.72

0.5626473

2.93

0.07581657

2.73

0.5247731

Ribosome

ko03010

2.76

0.006505746

2.94

4.06865E-06

Phenylpropanoid biosynthesis

ko00940

2.55

2.74168E-13

Amino sugar and nucleotide sugar metabolism

ko00520

2.51

0.007218067

2.66

1.27859E-05

2.46

0.003741373

Biosynthesis of amino acids

ko01230

2.45

0.8067985

2.66

0.272135

2.78

0.04693815

Spliceosome

ko03040

2.82

0.8755484

2.52

0.9998826

RNA transport

ko03013

2.56

0.997384

  1. Note: L2, L4 and L6 respectively represents the samples from the plants under 19 °C treatment for 2 d, 4 d, and 6 d; H2, H4 and H6 respectively represents the samples from the plants under 23 °C treatment for 2 d, 4 d, and 6 d