Suitability of rumination time during the first week after calving for detecting metabolic status and lactation performance in simmental dairy cows: a cluster-analytic approach

Keyphrases

• Analytic Approach 100%
• Lactation Performance 100%
• First Week 100%
• Dairy Cow 100%
• Calving 100%
• Metabolic Status 100%
• Rumination Time 100%
• Milk Production 17%
• Unsupervised Machine Learning Approach 17%
• Rate of Increase 11%
• Inflammatory Response 11%
• Parturition 11%
• Farm Level 11%
• Management Decisions 11%
• Cow Health 11%
• Physiological Condition 5%
• Adaptation 5%
• Lactation 5%
• Early Lactation 5%
• Albumin 5%
• Blood Samples 5%
• Liver Function 5%
• Vitamin E 5%
• Large-scale Cluster 5%
• Metabolic 5%
• Time-varying Data 5%
• Energy Metabolism 5%
• Cluster-based 5%
• Milk Samples 5%
• K-means 5%
• Close Relationships 5%
• Haptoglobin 5%
• Non-esterified Fatty Acids 5%
• Negative Energy Balance 5%
• Onset of Lactation 5%
• Lipid Mobilization 5%
• Multiparous Cows 5%
• Fructosamine 5%
• PROC MIXED 5%
• Post-calving 5%
• Retinol 5%
• Plasma Biomarkers 5%
• Metabolic Performance 5%
• Lactation Support 5%

Agricultural and Biological Sciences

• Dairy Cows 100%
• Simmental 100%
• Rumination 100%
• Cow 64%
• Milk Production 17%
• Calving 17%
• Blood Plasma 11%
• Early Lactation 5%
• Energy Metabolism 5%
• Haptoglobin 5%
• Lipid Metabolism 5%
• Retinol 5%
• Physiological State 5%
• Fructosamine 5%
• Fatty Acid 5%
• Albumin 5%

Veterinary Science and Veterinary Medicine

• Cow 100%
• Dairy Cows 100%
• Calving 37%
• Blood Plasma 25%
• Cow Health 25%
• Fructosamine 12%
• Blood Sample 12%
• Haptoglobin 12%
• Multiparous Cows 12%