Nutritional systems biology to elucidate adaptations in lactation physiology of dairy cows

Keyphrases

• Adaptation 100%
• Lactation 100%
• Dairy Cow 100%
• Lactation Physiology 100%
• Nutritional Systems Biology 100%
• Systems Biology 66%
• High-throughput Technologies 66%
• Microbiota 33%
• Tissue Cells 33%
• Skeletal muscle 33%
• Biological Interactions 33%
• Liver 33%
• Structural Organization 33%
• Tissue Function 33%
• Cell Function 33%
• Immune Function 33%
• Integration Method 33%
• Bioinformatics 33%
• Ability to Adapt 33%
• Feed Intake 33%
• Gene Regulatory Network 33%
• Omics 33%
• Dietary Change 33%
• Rumen 33%
• Metabolic Adaptation 33%
• High-producing Dairy Cows 33%
• Fat Deposition 33%
• Physiologic Adaptation 33%
• Microbial Ecosystem 33%
• Genetic Potential 33%
• Biological Knowledge 33%
• Rumen Microbial 33%
• Network Organization 33%
• Gut Epithelium 33%
• Rumen Microbiota 33%
• Cow Health 33%
• Cow Productivity 33%
• Ruminant nutrition 33%
• Gut Microorganism 33%
• Functional Diets 33%

Agricultural and Biological Sciences

• Biological Sciences 100%
• Cow 100%
• Dairy Cows 100%
• Dairy Cattle 66%
• Adipose Tissue 66%
• Rumen 66%
• Microorganism 33%
• Feed Intake 33%
• Rumen Microorganism 33%
• Ruminant Nutrition 33%
• Bioinformatics 33%
• Tamsulosin 33%
• Skeletal Muscle 33%

Biochemistry, Genetics and Molecular Biology

• Cow 100%
• Genetics 16%
• Microorganism 16%
• Microflora 16%
• Cell Function 16%
• Skeletal Muscle 16%
• Regulatory Network 16%
• Lipid Storage 16%
• Rumen Microorganism 16%
• Bioinformatics 16%
• Tamsulosin 16%