MOESM5 of Integrative visual omics of the white-rot fungus Polyporus brumalis exposes the biotechnological potential of its oxidative enzymes for delignifying raw plant biomass
- Shingo Miyauchi (3916661)
- Anaïs Rancon (5546567)
- Elodie Drula (5546564)
- Hayat Hage (5546588)
- Delphine Chaduli (3639976)
- Anne Favel (5546576)
- Sacha Grisel (3916664)
- Bernard Henrissat (31550)
- Isabelle Herpoël-Gimbert (5546585)
- Francisco Ruiz-Dueñas (3466082)
- Didier Chevret (190602)
- Matthieu Hainaut (330421)
- Junyan Lin (5546573)
- Mei Wang (130842)
- Jasmyn Pangilinan (260494)
- Anna Lipzen (194340)
- Laurence Lesage-Meessen (5546579)
- David Navarro (3557636)
- Robert Riley (11626)
- Igor Grigoriev (760696)
- Simeng Zhou (5546570)
- Sana Raouche (5546582)
- Marie-Noëlle Rosso (223265)
Publication date
July 2018
DOIAbstract
Additional file 5: Figure S2. KOG classification of the genes differentially highly transcribed after 4-day growth in SSF on wheat straw as compared to control liquid cultures. The identified genes were clustered into nodes of co-regulated genes with mean Log2 of the normalized read counts > 12 in SSF and < 12 in control liquid cultures. The number of up-regulated genes in each KOG class is indicated for the KOG groups Cellular Processes and Signaling, Information storage and Processing and Metabolism
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