Structure determination, heterologous expression and directed evolution of fungal laccases

INIS

• copper 100%
• substrates 80%
• enzymes 60%
• phenols 60%
• production 40%
• genes 40%
• oxidation 40%
• oxygen 40%
• mutants 40%
• performance 20%
• comparative evaluations 20%
• levels 20%
• control 20%
• libraries 20%
• cost 20%
• pulps 20%
• saccharomyces cerevisiae 20%
• electrons 20%
• lignin 20%
• yields 20%
• atoms 20%
• trichoderma reesei 20%
• fungi 20%
• promoters 20%
• resolution 20%
• randomness 20%
• electron acceptor 20%
• host 20%
• aromatics 20%
• biosynthesis 20%
• paramagnetism 20%
• dyes 20%
• textiles 20%
• bleaching 20%
• mutagenesis 20%
• oxidases 20%
• banks 20%
• protein engineering 20%
• detoxification 20%
• aromatic compounds 20%

Biochemistry, Genetics and Molecular Biology

• Structure Determination 100%
• Heterologous Expression 100%
• Laccase 100%
• Alpha Oxidation 20%
• Enzyme 20%
• Enzyme Property 10%
• Anabolism 10%
• Trichoderma reesei 10%
• Photobleaching 10%
• Mutagenesis 10%
• Multicopper Oxidase 10%
• Cofactors 10%
• Binding Site 10%
• Promoter Region 10%
• Saccharomyces cerevisiae 10%
• Gene Expression System 10%
• Decolorization 10%
• Protein Engineering 10%
• ABTS 10%

Keyphrases

• Mononuclear Copper 20%