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Table 2 The performance of prediction model and the number of the proteins for disease-resistance and signal transduction related GO terms. The GO ID, term, and number NGO of protein sequences in a GO term collected from the UniPort database are listed in the first to third columns, respectively. The measurements are listed in the fourth to eighth columns. The number of the proteins belonging to a GO term predicted from non-annotated protein sequences of creeping bentgrass is listed in last column

From: Functional annotation of creeping bentgrass protein sequences based on convolutional neural network

DO ID

Function

NGO

SE%

SP%

PR%

AC%

MCC

Num

GO:0,009,968

negative regulation of signal transduction

1730

42.3

97.3

84.4

83.0

0.52

148

GO:0,032,102

negative regulation of response to external stimulus

542

32.7

99.4

94.9

82.0

0.49

11,555

GO:0,044,092

negative regulation of molecular function

1944

38.4

97.6

83.3

83.7

0.49

47,437

GO:0,032,101

regulation of response to external stimulus

1486

41.9

98.6

90.3

84.8

0.55

792

GO:0,002,682

regulation of immune system process

2368

44.0

96.3

79.8

83.1

0.51

756

GO:0,009,607

response to biotic stimulus

3184

35.2

98.1

86.6

81.8

0.48

24,287

GO:0,006,955

immune response

3214

34.7

97.7

83.1

82.4

0.46

1041

GO:0,009,719

response to endogenous stimulus

2334

44.8

96.8

81.4

84.6

0.53

1035

GO:0,048,585

negative regulation of response to stimulus

2341

35.9

97.4

83.7

80.9

0.46

402

GO:0,002,764

immune response-regulating signaling pathway

611

47.7

96.9

84.7

84.0

0.55

1260

GO:0,044,093

positive regulation of molecular function

2337

37.9

97.3

81.3

83.0

0.48

786

GO:0,051,606

detection of stimulus

913

75.7

99.6

98.5

94.1

0.83

12

GO:0,080,135

regulation of cellular response to stress

3819

68.4

96.4

85.7

89.8

0.70

3022