Interaction of DGAT1 polymorphism, parity, and acetate supplementation on feeding behavior, milk synthesis, and plasma metabolites

Keyphrases

• Polymorphism 100%
• Milk Synthesis 100%
• Feeding Behavior 100%
• DGAT1 100%
• Plasma Metabolites 100%
• Milk Fat Yield 50%
• Acetate 33%
• Genotype 25%
• Basal Diet 25%
• Genetic Potential 25%
• Milk Fat 16%
• Fat Concentration 16%
• Dry Matter 16%
• Fat Yield 16%
• Multiparous Cows 16%
• Short-term Response 8%
• Control Method 8%
• Fatty Acids 8%
• Milk Fat Depression 8%
• Biohydrogenation 8%
• Milk Yield 8%
• Dry Matter Intake 8%
• Lactating Cows 8%
• Plasma Glucose 8%
• Starch 8%
• Crossover Design 8%
• Predicted Transmitting Ability 8%
• Meal Frequency 8%
• Low Risk 8%
• Neutral Detergent Fiber 8%
• Genotype Frequency 8%
• Fat Level 8%
• Fat Percent 8%
• Temporal Effects 8%
• DM Intake 8%
• 2-blocks 8%
• Online Treatment 8%
• Sodium Acetate 8%
• β-hydroxybutyrate 8%
• K232A Polymorphism 8%
• De-novo Synthesis 8%

Agricultural and Biological Sciences

• Feed Supplementation 100%
• Metabolite 100%
• Milk Synthesis 100%
• Blood Plasma 100%
• Feeding Behavior 100%
• Milk Fat 75%
• Cow 41%
• Lipogenesis 33%
• Milk Fat Yield 33%
• Genetics 33%
• Genotyping 25%
• Biohydrogenation 8%
• Milk Yield 8%
• Dry Matter Intake 8%
• Neutral Detergent Fiber 8%
• De Novo Synthesis 8%
• Fatty Acids 8%
• Sodium Acetate 8%
• Starch 8%
• Glucose 8%

Veterinary Science and Veterinary Medicine

• Blood Plasma 100%
• Supplementation 100%
• Cow 33%
• Multiparous Cows 8%
• Milk Yield 8%