The microbial degradation of lignin has been well studied in white-rot and brown-rot fungi, but is much less well studied in bacteria. Recent published work suggests that a range of soil bacteria, often aromatic-degrading bacteria, are able to break down lignin. The enzymology of bacterial lignin breakdown is currently not well understood, but extracellular peroxidase and laccase enzymes appear to be involved. There are also reports of aromatic-degrading bacteria isolated from termite guts, though there are conflicting reports on the ability of termite gut micro-organisms to break down lignin. If biocatalytic routes for lignin breakdown could be developed, then lignin represents a potentially rich source of renewable aromatic chemicals
34 p.-2 fig.-1 tab. Lignin Valorization: Emerging Approaches (Chapter 8). RSC Energy and Environment...
Lignin is nature's largest source of phenolic compounds. Its recalcitrance to enzymatic conversion i...
In Nature, powerful oxidative enzymes secreted by white rot fungi and some bacteria catalyze lignin ...
Lignin is a heterogeneous aromatic polymer found as 10–35% of lignocellulose, found in plant cell wa...
Abstract Lignin is the most abundant aromatic substrate on Earth and its valorization technologies a...
Lignin, the most abundant renewable aromatic compound in nature, is an excellent feedstock for value...
The conversion of polymeric lignin from plant biomass into renewable chemicals is an important unsol...
AbstractLignin forms a large part of plant biomass. It is a highly heterogeneous polymer of 4-hydrox...
Lignin forms a large part of plant biomass. It is a highly heterogeneous polymer of 4-hydroxyphenylp...
Maximum utilization of lignocellulosic biomass is contingent upon degrading the recalcitrant lignin ...
This chapter provides an overview of the biosynthesis and structure of lignin. Moreover, examples of...
Background - To expand on the range of products which can be obtained from lignocellulosic biomass, ...
Lignin is regarded as the most plentiful aromatic polymer contains both non phenolic and phenolic st...
AbstractLigninolytic bacteria degrading lignin were isolates and identified, and their biodegradatio...
Lignin, the most abundant aromatic polymer on earth, has been estimated to contribute ~20% of the to...
34 p.-2 fig.-1 tab. Lignin Valorization: Emerging Approaches (Chapter 8). RSC Energy and Environment...
Lignin is nature's largest source of phenolic compounds. Its recalcitrance to enzymatic conversion i...
In Nature, powerful oxidative enzymes secreted by white rot fungi and some bacteria catalyze lignin ...
Lignin is a heterogeneous aromatic polymer found as 10–35% of lignocellulose, found in plant cell wa...
Abstract Lignin is the most abundant aromatic substrate on Earth and its valorization technologies a...
Lignin, the most abundant renewable aromatic compound in nature, is an excellent feedstock for value...
The conversion of polymeric lignin from plant biomass into renewable chemicals is an important unsol...
AbstractLignin forms a large part of plant biomass. It is a highly heterogeneous polymer of 4-hydrox...
Lignin forms a large part of plant biomass. It is a highly heterogeneous polymer of 4-hydroxyphenylp...
Maximum utilization of lignocellulosic biomass is contingent upon degrading the recalcitrant lignin ...
This chapter provides an overview of the biosynthesis and structure of lignin. Moreover, examples of...
Background - To expand on the range of products which can be obtained from lignocellulosic biomass, ...
Lignin is regarded as the most plentiful aromatic polymer contains both non phenolic and phenolic st...
AbstractLigninolytic bacteria degrading lignin were isolates and identified, and their biodegradatio...
Lignin, the most abundant aromatic polymer on earth, has been estimated to contribute ~20% of the to...
34 p.-2 fig.-1 tab. Lignin Valorization: Emerging Approaches (Chapter 8). RSC Energy and Environment...
Lignin is nature's largest source of phenolic compounds. Its recalcitrance to enzymatic conversion i...
In Nature, powerful oxidative enzymes secreted by white rot fungi and some bacteria catalyze lignin ...