Systems Genetics and Transcriptomics of Feed Efficiency in Dairy Cattle

Keyphrases

• Dairy Cattle 100%
• Feed Efficiency 100%
• Systems Genetics 100%
• Transcriptomics 100%
• RNA Sequencing (RNA-seq) 22%
• Bioinformatics 22%
• Milk Production 22%
• Energy Balance 11%
• Resource Use 11%
• Production Industry 11%
• Causal Genes 11%
• Residual Feed Intake 11%
• Production Records 11%
• Hub Genes 11%
• Selection Model 11%
• Integrated Genomics 11%
• Functional Modules 11%
• Project Work 11%
• Illumina 11%
• Differentially Expressed Genes 11%
• Genomic Selection 11%
• Gene Expression Data 11%
• Co-expression 11%
• Predictive Biomarker 11%
• Metabolic Processes 11%
• Dry Matter Intake 11%
• Large number of Variables 11%
• Holstein-Friesian 11%
• Triacylglycerides 11%
• Ratio-based 11%
• Nutrient Partitioning 11%
• Transcriptional Network 11%
• Systems Biology Approach 11%
• Co-expressed Genes 11%
• Gene SNPs 11%
• Blood Samples 11%
• Cattle 11%
• Urea 11%
• Systems Genomics 11%
• Low Efficiency 11%
• Gene Biomarkers 11%
• System Biology Method 11%
• Hydroxybutyrate 11%
• High Efficiency 11%
• Liver Biopsy 11%
• Jersey 11%
• Wired Network 11%
• Molecular Mechanism 11%
• Biopsy Specimen 11%

Agricultural and Biological Sciences

• Feed Efficiency 100%
• Dairy Cattle 100%
• Transcriptomics 100%
• Blood Plasma 22%
• Bioinformatics 22%
• Biological Sciences 22%
• Milk Production 22%
• Feed Intake 11%
• Dry Matter Intake 11%
• Fatty Acid 11%
• Messenger RNA 11%
• Cattle Feeds 11%
• Breed 11%
• Body Weight 11%
• Cow 11%
• Gene Expression 11%
• Single Nucleotide Polymorphism 11%
• Jersey 11%
• Holstein 11%
• Genotyping 11%
• Feeds 11%