Claim · model-written summary
P. lycii had the highest specificity for lignin degradation during short incubation.
- Taxon
- P. lycii
Peniophora lyciie0 - Interactor
- E. globulus
Eucalyptus globuluse1host - Outcome
- specificity for lignin degradatione0
- Direction
- higheste0
- Qualifier
- during short incubation timee0
Verbatim
e0“P. lycii showed the highest specificity for lignin degradation during short incubation time together with considerable sterol removal capacity.”
e1“Different fungal degradation patterns of E. globulus wood were determined.”
Title
Mariela Speranza; Ana Gutiérrez; José Carlos del Río; et al. Holzforschung 2008. doi:10.1515/hf.2009.041
Other claims from this paper (9)
- Observation Free and esterified sterols, mainly sitosterol, predominated among control wood lipophilic compounds.
- Observation Sterols occurred in ray parenchyma cells with polyphenols and in vessels.
- Mechanism Ray parenchyma cells and vessels were confirmed as principal sources of lipophilic extractives causing pulping and bleaching pitch problems.
- Observation Sterols also occurred in fiber and vessel pit vestures.
- Observation Different fungal degradation patterns were found in E. globulus wood.
- Observation P. lycii had considerable sterol removal capacity.
- Intervention effect P. lycii strongly degraded ray parenchyma cells and lumen deposits.
- Observation Lignin in vessel walls and fiber cell corners was more resistant to fungal attack.
- Intervention effect Initial L. tigrinus decay was restricted to vessels and tyloses, where sterols were removed.