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Table 3 MapMan BINs enriched in the genes down-regulated in the shoot apex of hetero-grafts

From: Grafting with rootstocks induces extensive transcriptional re-programming in the shoot apical meristem of grapevine

Bin number

BinName

Contingency

p value

Adusted p-value

17

Hormone metabolism

34, 549, 747, 26507

6.46E-05

1.54E-02

17.5.1

Hormone metabolism, ethylene, synthesis-degradation

10, 78, 771, 26978

1.79E-04

4.26E-02

26

Miscellaneous

106, 1621, 675, 25435

2.49E-14

5.92E-12

26.1

Miscellaneous cytochrome P450

25, 312, 756, 26744

1.15E-05

2.74E-03

26.8

Miscellaneous nitrilases, nitrile lyases, berberine bridge enzymes, reticuline oxidases, troponine reductases

16, 76, 765, 26980

5.48E-09

1.30E-06

26.2

Miscellaneous UDP glucosyl and glucoronyl transferases

22, 263, 759, 26793

2.07E-05

4.92E-03

21.3

Redox heme

5, 6, 776, 27050

6.89E-06

1.64E-03

27.3.3

RNA, regulation of transcription, AP2/EREBP, APETALA2/Ethylene-responsive element binding protein family

14, 104, 767, 26952

5.88E-06

1.40E-03

16.8

Secondary metabolism, flavonoids

25, 239, 756, 26817

1.35E-07

3.22E-05

16.8.2

Secondary metabolism flavonoids, chalcones

17, 40, 764, 27016

1.70E-13

4.06E-11

16.8.2.3

Secondary metabolism flavonoids, chalcones, stilbene synthase

17, 26, 764, 27030

7.42E-16

1.77E-13

30.2

Signalling receptor kinases

38, 637, 743, 26419

7.35E-05

1.75E-02

20.1.7

Stress biotic, PR-proteins

18, 125, 763, 26931

1.15E-07

2.74E-05

  1. MapMan BINs enriched in the genes down-regulated by grafting CS with the rootstocks RG and 1103P in comparison to the auto-grafted control (log fold change of 1, p value <0.05 adjusted with Holm). Contingency as described in Table 1.