Lignin Biodegradation with Laccase-Mediator Systems
Биодеградация лигнина с использованием лакказно-медиаторных систем
2014-03-31
SCID: 54.1/awskkkk8
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biobased economylaccase-mediator systemslignin biodegradationlignin depolymerizationlignin valorization
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Abstract (AI)
Lignin has a significant and largely unrealized potential as a source for the sustainable production of fuels and bulk high-value chemicals. It can replace fossil-based oil as a renewable feedstock that would bring about socio-economic and environmental benefits in our transition to a biobased economy. The efficient utilization of lignin however requires its depolymerization to low molecular weight phenolics and aromatics that can then serve as the building blocks for chemical syntheses of high-value products. The ability of laccase to attack and degrade lignin in conjunction with laccase mediators is currently viewed as one of the potential “breakthrough” applications for lignin valorization. Here we review the recent progress in lignin biodegradation with laccase-mediator systems, and research needs that need to be addressed in this field.
Key Findings
1
Effective lignin valorization requires depolymerization into low-molecular-weight phenolics and aromatics suitable as chemical synthesis building blocks.
2
Laccase-mediator systems are regarded as a promising breakthrough approach for biologically attacking and degrading lignin.
3
Lignin is identified as a renewable alternative to fossil oil with substantial potential for sustainable fuels and high-value chemical production.
4
Recent progress in lignin biodegradation using laccase-mediator systems is reviewed, alongside research needs that must be addressed for practical development.
Research Object
Lignin undergoing biodegradation by laccase-mediator systems
Research Subject
the ability of laccase–mediator systems to attack and depolymerize lignin into low-molecular-weight phenolics and aromatics
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2014-03-31
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