Expression of a fungal ferulic acid esterase increases cell wall digestibility of tall fescue (Festuca arundinacea)

Keyphrases

• Tall Fescue 100%
• Cell Wall Digestion 100%
• Festuca Arundinacea 100%
• Cell Wall 66%
• Vacuole 33%
• Esterified 33%
• Ferulic Acid 33%
• Incubation 16%
• Lignin 16%
• Ruminants 16%
• Cell Death 16%
• Cell Wall Degradation 16%
• Genetic Modification 16%
• Senescence 16%
• Microbes 16%
• Rice 16%
• Cauliflower Mosaic Virus 35S 16%
• Expression Level 16%
• Polysaccharide 16%
• Effective Strategies 16%
• Oxidative Coupling 16%
• Forage Grass 16%
• Festuca 16%
• Endo-1 16%
• Heat Shock 16%
• Lignocellulosic Ethanol Production 16%
• Aspergillus Niger 16%
• Transformed Plants 16%
• Grass Species 16%
• Arabinoxylan 16%

Agricultural and Biological Sciences

• Digestibility 100%
• Festuca arundinacea 100%
• Cell Wall 100%
• Esterase 100%
• Vacuole 33%
• Actin 16%
• Festuca 16%
• Microorganism 16%
• Ethanol Production 16%
• Cauliflower Mosaic Virus 16%
• Forage Grasses 16%
• Cell Death 16%
• Aspergillus Niger 16%
• Xylanase 16%
• Polysaccharide 16%
• Arabinoxylan 16%
• Ubiquitin 16%

Immunology and Microbiology

• Digestion 100%
• Cell Wall 100%
• Tall Fescue 100%
• Promoter Region 50%
• Cross Linking 33%
• Cell Death 16%
• Actin 16%
• Heat Shock 16%
• Poaceae 16%
• Microorganism 16%
• Aspergillus Niger 16%
• Cauliflower Mosaic Virus 16%
• Oxidative Coupling 16%
• Fescue 16%