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Table 2 Gene ontology analysis of DEGs obtained from tea plants treated by sucrose after 2d

From: Effects of vitro sucrose on quality components of tea plants (Camellia sinensis) based on transcriptomic and metabolic analysis

 

Pathway

DEGs genes

All genes

Q-value

(3553)

(47655)

1

Flavonoid biosynthesis

87 (2.45%)

314 (0.66%)

2.35E-25

2

Biosynthesis of secondary metabolites

530 (14.92%)

4746 (9.96%)

1.33E-20

3

Phenylpropanoid biosynthesis

124 (3.49%)

653 (1.37%)

1.76E-20

4

Stilbenoid, diarylheptanoid and gingerol biosynthesis

63 (1.77%)

233 (0.49%)

3.38E-18

5

Flavone and flavonol biosynthesis

44 (1.24%)

165 (0.35%)

1.41E-12

6

Phenylalanine metabolism

52 (1.46%)

234 (0.49%)

1.76E-11

7

Plant hormone signal transduction

291 (8.19%)

2615 (5.49%)

4.76E-11

8

Zeatin biosynthesis

63 (1.77%)

365 (0.77%)

5.88E-09

9

Cutin, suberine and wax biosynthesis

30 (0.84%)

116 (0.24%)

1.65E-08

10

Pentose and glucuronateinterconversions

70 (1.97%)

452 (0.95%)

6.26E-08

11

DNA replication

44 (1.24%)

244 (0.51%)

4.79E-07

12

Carotenoid biosynthesis

40 (1.13%)

212 (0.44%)

4.95E-07

13

Limonene and pinene degradation

34 (0.96%)

170 (0.36%)

1.05E-06

14

Metabolic pathways

902 (25.39%)

10,454 (21.94%)

1.79E-06

15

Ether lipid metabolism

130 (3.66%)

1142 (2.4%)

8.47E-06

16

Starch and sucrose metabolism

129 (3.63%)

1141 (2.39%)

1.24E-05

17

Diterpenoid biosynthesis

22 (0.62%)

105 (0.22%)

6.04E-05

18

Tryptophan metabolism

22 (0.62%)

107 (0.22%)

7.84E-05

19

Other glycan degradation

47 (1.32%)

328 (0.69%)

8.46E-05

20

Endocytosis

156 (4.39%)

1526 (3.2%)

2.40E-04

21

Glycerophospholipid metabolism

160 (4.5%)

1577 (3.31%)

2.69E-04

22

Glucosinolate biosynthesis

15 (0.42%)

64 (0.13%)

3.18E-04

23

Isoflavonoid biosynthesis

15 (0.42%)

72 (0.15%)

1.25E-03

24

Plant-pathogen interaction

309 (8.7%)

3440 (7.22%)

1.60E-03

25

Monoterpenoid biosynthesis

10 (0.28%)

41 (0.09%)

3.38E-03

26

Anthocyanin biosynthesis

6 (0.17%)

20 (0.04%)

1.26E-02

27

Cysteine and methionine metabolism

40 (1.13%)

339 (0.71%)

1.27E-02

28

Base excision repair

29 (0.82%)

228 (0.48%)

1.51E-02

29

Homologous recombination

36 (1.01%)

323 (0.68%)

4.46E-02