Ethyl-cellulose rumen-protected methionine enhances performance during the periparturient period and early lactation in Holstein dairy cows

Agricultural and Biological Sciences

• Early Lactation 100%
• Holstein 100%
• Dairy Cows 100%
• Rumen 100%
• Dry Matter Intake 100%
• Methionine 100%
• Cow 80%
• Milk Production 40%
• Feed Supplementation 40%
• Milk Yield 40%
• Prepartum Period 40%
• Liver Function 40%
• Milk Protein Yield 40%
• Dairy Cattle 20%
• Postpartum Period 20%
• Lipid Metabolism 20%
• Transferase 20%
• Blood Plasma 20%
• Fatty Acid 20%
• Milk Fat 20%
• Milk Protein 20%
• Lysine 20%

Keyphrases

• Early Lactation 100%
• Performance Enhancement 100%
• Ethyl Cellulose 100%
• Holstein Cows 100%
• Peripartum Period 100%
• Rumen-protected Methionine 100%
• Milk 45%
• Dry Matter Intake 45%
• Milk Production 18%
• Liver Function 18%
• Parturition 18%
• Milk Yield 18%
• Dairy Cow 18%
• Fat Yield 18%
• Prepartum Period 18%
• %Fat 18%
• Cow Feeding 18%
• Metabolizable Protein 18%
• Milk Protein Yield 18%
• Lysine 9%
• Lactose 9%
• Germany 9%
• Immune Function 9%
• Dry Matter 9%
• Milk Protein Composition 9%
• Milk Fat 9%
• Metabolism Function 9%
• Plasma Fatty Acids 9%
• Postpartum Period 9%
• Negative Energy Balance 9%
• Glutamyltransferase 9%
• Lactation Period 9%
• Onset of Lactation 9%
• Protein Balance 9%
• Hepatic Lipid Metabolism 9%
• Nitrogen Concentration 9%
• Block Design 9%
• Milk Urea Nitrogen 9%
• Evonik 9%
• Dairy Performance 9%

Food Science

• Methionine 100%
• Milk Protein 100%
• Milk Production 66%
• Nutrition 33%
• Lysine 33%
• Milk Fat 33%
• Lactose 33%
• Protein Content 33%
• Urea 33%