Effect of dietary crude protein level and degradability on ruminal fermentation and nitrogen utilization in lactating dairy cows

Keyphrases

• Lactating Cows 100%
• Rumen Fermentation 100%
• Nitrogen Utilization 100%
• Dietary Protein 100%
• Protein Degradability 100%
• Milk Protein 62%
• Ammonia-N 50%
• Rumen Ammonia 37%
• Metabolizable Protein 37%
• Protein Concentration 25%
• N Excretion 25%
• Protein Content 25%
• Ammonia 12%
• Protein Level 12%
• Fat Content 12%
• Milk Yield 12%
• Holstein Cows 12%
• Milk 12%
• Cannulated 12%
• Rumen 12%
• N Flow 12%
• Duodenum 12%
• Ammonia Concentration 12%
• Microbial N 12%
• Crossover Design 12%
• Dairy Cow 12%
• Diet Therapy 12%
• Bacterial Proteins 12%
• N Concentration 12%
• Dietary nutrients 12%
• Ruminal Digestibility 12%
• Milk Protein Synthesis 12%
• Microbial Protein Synthesis 12%
• Protein Yield 12%
• Blood Plasma 12%
• Urea-N 12%
• Plasma Urea 12%
• Milk Urea 12%
• N Efficiency 12%
• N Protein 12%

Agricultural and Biological Sciences

• Dairy Cows 100%
• Milk Protein 100%
• Urinary System 33%
• Digestibility 33%
• Protein Synthesis 33%
• Cow 16%
• Holstein 16%
• Rumen 16%
• Milk Fat Yield 16%
• Microbial Proteins 16%
• Duodenum 16%
• Efficiency of Conversion 16%
• Bacterial Protein 16%
• G Protein 16%
• Blood Plasma 16%