Effect of extruding the cereal and/or the legume protein supplement of a compound feed on in vitro ruminal nutrient digestion and nitrogen metabolism

Keyphrases

• Ruminal 100%
• Cereals 100%
• Protein Supplementation 100%
• Nutrient Digestion 100%
• Nitrogen Metabolism 100%
• Legume Proteins 100%
• Protein Blends 100%
• Compound Feed 100%
• Extruded Cereals 16%
• Diet Protein 16%
• Organic Matter 8%
• Effluent 8%
• Degradability 8%
• Continuous Culture 8%
• Dietary Protein 8%
• Fatty Acid Composition 8%
• Experimental Diets 8%
• Calves 8%
• Dual Flow 8%
• Microbial Population 8%
• Barley Straw 8%
• Volatile Fatty Acids 8%
• Fermenter 8%
• N Flow 8%
• Ammonia Nitrogen 8%
• NH3 Concentration 8%
• N Metabolism 8%
• Nitrogen Flow 8%
• In Vitro Culture System 8%
• Microbial Protein Synthesis 8%
• Synthetic Efficiency 8%
• Ammonia Sulfate 8%
• Extruded Diet 8%
• Protein Degradability 8%
• Fermenter Effluent 8%

Agricultural and Biological Sciences

• Feed Compound 100%
• Protein Supplements 100%
• Nitrogen Metabolism 100%
• Fermenter 50%
• Experimental Diet 25%
• in Vitro Culture 25%
• Dietary Protein 25%
• Volatile Fatty Acid 25%
• Sulfate 25%
• Barley Straw 25%
• Protein Synthesis 25%