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Table 10 GPI anchor proteins

From: Genome and secretome analysis of the hemibiotrophic fungal pathogen, Moniliophthora roreri, which causes frosty pod rot disease of cacao: mechanisms of the biotrophic and necrotrophic phases

Gene Id

Gene name

30DPI

60 DPI

Pvalue

  

Mean*

Mean*

 

evm.model.sctg_0115_0006.6

Related to tgf beta induced protein ig-h3 precursor

1303.93

283.09

1.03E-02

evm.model.sctg_0044_0002.3

Chitin deacetylase 9

330.81

98.49

4.34E-02

evm.model.sctg_0035_0002.62

gmc oxidoreductase

15.03

10883.07

3.48E-03

evm.model.sctg_0474_0002.6

gmc oxidoreductase

1.99

6162.70

1.85E-04

evm.model.sctg_0154_0003.4

Nucleus protein

21.52

377.01

1.01E-05

evm.model.sctg_0023_0002.46

Aspartic peptidase a1

5.89

793.02

5.90E-05

evm.model.sctg_0233_0003.16

gmc oxidoreductase

12.78

268.23

9.28E-03

evm.model.sctg_0090_0005.3

Aspartic peptidase a1

4.60

105.14

4.91E-05

evm.model.sctg_0003_0001.29

Carbohydrate esterase family 4 protein

81.65

240.08

4.51E-02

evm.model.sctg_0470_0001.4

Carbohydrate esterase family 4 protein

23.70

94.23

1.66E-02

evm.model.sctg_0007_0001.101

Extracellular serine-rich

264.05

1547.88

2.37E-03

evm.model.sctg_0016_0004.31

Glycoside hydrolase family 16 protein

0.70

17.08

1.66E-02

evm.model.sctg_0061_0002.53

Glycosyl hydrolase 53 domain-containing protein

2.80

87.42

2.18E-02

evm.model.sctg_0069_0001.19

Glyoxal oxidase

15.69

92.15

3.58E-02

evm.model.sctg_0233_0003.16

gmc oxidoreductase

12.78

268.23

9.28E-03

evm.model.sctg_0149_0001.6

Macrofage activating glycoprotein

5.38

47.41

4.89E-02

evm.model.sctg_0149_0001.5

Macrofage activating glycoprotein

1.99

59.62

1.07E-04

evm.model.sctg_0154_0003.4

Nucleus protein

21.52

377.01

1.01E-05

evm.model.sctg_0020_0001.30

Serine-threonine rich

92.38

614.18

4.02E-03

  1. Mean* is the normalized mean based on the size factor of the libraries.