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Table 8 Summary of oxidoreductases involved in lignin degradation identified in the secretomes of four fungi

From: Comparative analysis of the secretomes of Schizophyllum commune and other wood-decay basidiomycetes during solid-state fermentation reveals its unique lignocellulose-degrading enzyme system

Species Accession no.a Familyb Predicted proteina Upc SignalPd
S. commune Peroxide generation
 Schco3|2106675 AA3 aryl-alcohol oxidase 11 Y
 Schco3|2186806 AA3 glucose oxidase 14 Y
 Schco3|13888 AA3 glucose oxidase 14 Y
 Schco3|2443737 AA3 alcohol oxidase 9 N
 Schco3|2110714 AA3 alcohol oxidase 3 Y
 Schco3|1099997 AA3 alcohol oxidase 4 N
 Schco3|1110525 AA5 copper radical oxidase 2 Y
 Schco3|1133515 AA7 glucooligosaccharide oxidase 9 Y
 Schco3|1149633 AA7 glucooligosaccharide oxidase 2 Y
Iron reduction
 Schco3|114791 AA3 cellobiose dehydrogenase 14 Y
 Schco3|13527 AA6 1,4-benzoquinone reductase 5 Y
 Schco3|2599696   ferric reductase 4 Y
P. chrysosporium Ligninolysis
 Phchr2|1719525 AA2 Ligninase B 4 Y
 Phchr2|122202 AA2 Ligninase LG6 3 Y
 Phchr2|1385954 AA2 Ligninase precursor 2 Y
 Phchr2|1179466 AA2 Manganese peroxidase H3 5 Y
Peroxide generation
 Phchr2|11068 AA5 glyoxal oxidase precursor 4 Y
 Phchr2|134241 AA5 copper radical oxidase variant A 3 Y
 Phchr2|124009 AA5 copper radical oxidase 8 Y
Iron reduction
 Phchr2|11098 AA3 Cellobiose dehydrogenase 12 Y
C. subvermispora Ligninolysis
 Cersu1|108863 AA1 Laccase 3 Y
 Cersu1|107141 AA2 manganese-dependent peroxidase 7 Y
 Cersu1|22243 AA2 manganase peroxidase 3 Y
Peroxide generation
 Cersu1|107672 AA3 aryl-alcohol oxidase precursor 6 Y
 Cersu1|121682 AA3 alcohol oxidase 5 N
 Cersu1|106232 AA5 copper radical oxidase 1 Y
 Cersu1|106640 AA5 copper radical oxidase 3 Y
Iron reduction
 Cersu1|69058 AA6 1,4-benzoquinone reductase 5 N
G. trabeum Peroxide generation
 Glotr1_1|81501 AA3 aryl-alcohol oxidase 13 Y
 Glotr1_1|82487 AA3 aryl-alcohol oxidase-like protein 13 Y
 Glotr1_1|74773 AA3 alcohol oxidase 11 Y
 Glotr1_1|65654 AA5 glyoxal oxidase 8 Y
Iron reduction
 Glotr1_1|113732 AA3 cellobiose dehydrogenase 3 N
  1. a Accession numbers and predicted proteins were obtained from the corresponding Joint Genome Institute (JGI) databases
  2. b Family information was obtained from the carbohydrate-active enzyme database (CAZy)
  3. c Unique peptides
  4. d Prediction of signal peptides was based on SignalP analysis
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Biotechnology for Biofuels and Bioproducts

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