Table 4 Significantly enriched KEGG metabolism pathways in FT treatment as compared with CK.

From: De novo transcriptome assembly and comparative transcriptomic analysis provide molecular insights into low temperature stress response of Canarium album

Metabolism pathways

DEG number

Background number

p-value

DEG names

Plant-pathogen interaction

58

560

7.501 × 10–6

BAK1, CALM, CERK1, CML, CNGF, CPK, EDS1, FLS2, GK, glpK, HSP90B, htpG, MEKK1P, PBS1, PR1, PTI1, RBOH, RIN4, RPS2, FLS2, MEKK1P, WRKY2, WRKY33

Circadian rhythm – plant

24

150

1.024 × 10–5

APRR1, CHS, LHY, PIF3, PRR5, PRR7, SPA1, TOC1

alpha-Linolenic acid metabolism

18

120

2.583 × 10–4

ACOX1, ACOX3, ACX, ADH1, AOC, AOS, HPL, JMT, LOX2S, OPR

Linoleic acid metabolism

8

26

2.622 × 10–4

LOX1/5, LOX2S

Glycine, serine and threonine metabolism

20

164

1.308 × 10–3

AGXT, AMT, AOC2, AOC3, DLD, gcvP, gcvT, GGAT, GLDC, glyA, gpmB, ilvA, lpd, late, pdhD, PHGDH, SDS, sera, SHMT, tdcB, thrA, trpB, tynA

Photosynthesis—antenna proteins

10

53

1.326 × 10–3

LHCB4 LHCA4 LHCA1 LHCA3 LHCB6 LHCA1 LHCB6 LHCB1 LHCB3 LHCA2

Carotenoid biosynthesis

13

84

1.383 × 10–3

ABA1, CCD8, crtB, crtZ, NPQ1, VDE, ZEP, CYP707A

Plant hormone signal transduction

45

524

2.879 × 10–3

ABF, AHK2/3/4, ARF, ARR-B, BAK1, DELLA, EBF1/2, EIN3, ERF1, ERS, ETR, GH3, GID1, IAA, JAR1, NPR1, PIF3, PP2C, PR1, PYL, SAUR, SNRK2, TGA, K14486

Pentose phosphate pathway

19

169

3.884 × 10–3

ALDO, devB, FBP, G6PD, gapN, gnd, gntZ, PGD, PFK, pfkA, pgl, PGLS, PRPS, prsA, rpiA, zwf

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