Sentence examples for most efficient lignin from inspiring English sources

White-rot fungi are the most efficient lignin destruents and are able to fully decompose complex polymers (Rajarathnam et al. 1998).

Furthermore, the most efficient lignin mineralizing strains may not be the most efficient lignin depolymerizers.

Laccases are abundant in white-rot fungi, which are the only living organisms able to degrade whole wood components, particularly, the genus Trametes which is the most efficient lignin degraders.

White-rot basidiomycetes such as Coriolus versicolor (Wang et al.2003), P. chrysosporium and T. versicolor (Moredo et al.2003) have been found to be the most efficient lignin-degrading microorganisms studied.

This is not surprising, since a number of rhodococci including R. erythropolis have been described among the most efficient bacterial lignin degraders (Ahmad et al. 2010) and are also able to metabolize the low-molecular weight compounds coming from lignin degradation (Taylor et al. 2012).

Thus, "natural" ligninolytic systems like those associated with white-rot fungi may not be the most efficient to valorize "industrial" lignin streams such as the Kraft lignin employed in this study.

The white rot fungi are at present known to be the most efficient microorganisms capable of extensive lignin degradation.

For example for lignin-rich soft wood substrates, lignin-specific SIL DBU MEA SO2 was the most efficient pretreatment solvent.

Removal of lignin by ethanol is among the most efficient pretreatment techniques in improving bioconversion of lignocelluloses [ 22, 23].

In summary, the NMR results indicated that, among the considered pretreatments, sulfuric acid was most effective in the removal of hemicellulose but sodium hydroxide was most efficient in the removal of hemicellulose together with a reduction in lignin content in both grasses and eucalyptus bark biomasses.

Which route would be the most efficient?