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Table 1 Proteins identified in the culture supernatant of Phanerochaete chrysosporium

From: Oxygen-radical pretreatment promotes cellulose degradation by cellulolytic enzymes

No.a

Protein name

Protein ID

tpIb

tMWc

Covd

IPe

Sigf

1

Acetylxylan esterase (CE1)

126075

5.9

35.6

21

2

+

2

Acetylxylan esterase (CE1)

129015

5.9

39.5

20

2

+

3

Cellobiose dehydrogenase (CDH)

11098

5.2

82.0

19

2

+

4

Cellulose-binding-β-glucosidase (GH3)

134658

5.4

85.2

23

5

+

5

Cellobiohydrolase I (GH7)

137372

5.0

58.1

26

3

+

6

Cellobiohydrolase I (GH7)

137216

4.3

53.8

17

4

+

7

CEL6 protein (GH74)

138266

4.8

77.9

16

3

+

8

Endo-glucanase II (GH5)

6458

5.6

41.8

33

3

+

9

Endo-1,4-β-xylanase I (GH10)

7045

6.5

39.5

28

2

+

10

Endo-1,4-β-xylanase II (GH11)

133788

5.7

30.4

19

1

+

11

Cellobiohydrolase I (GH7)

127029

5.0

55.0

16

3

+

12

Cellobiohydrolase II (GH6)

133052

5.0

48.4

14

3

+

13

Exo-1,4-β-glucanase (GH12)

8466

4.7

25.4

25

3

+

14

Glyoxal oxidase

11068

5.2

59.5

18

2

+

15

Putative copper radical oxidase 2

134241

4.9

78.1

14

2

+

  1. aNumbers 1–15 indicate identified proteins in the MCC medium. The MASCOT scores of PMFs and MS/MS ion searches were > 77 and > 63, respectively
  2. bTheoretical pI
  3. cTheoretical mass
  4. dSequence coverage (%) in PMF
  5. eIdentified peptides by MS/MS ion search
  6. fPresence (+) of a signal peptide was predicted using the SignalP program (http://www.cbs.dtu.dk/services/SignalP/)