Advancing sports and exercise genomics: moving from hypothesis-driven single study approaches to large multi-omics collaborative science

Keyphrases

• Project Consortia 100%
• Exercise Genomics 100%
• Sport Genetics 100%
• Collaborative Science 100%
• Sports Genomics 100%
• Hypothesis-driven 100%
• Omics 100%
• Multi-omics 100%
• Genotype 50%
• Sports Science 50%
• Metabolomics 50%
• Cancer Diagnosis 50%
• Sports Medicine 50%
• Athletic Performance 50%
• Exercise Training 50%
• Elite Athletics 50%
• Sports Performance 50%
• Elite Athletes 50%
• Human Performance 50%
• Genetic Influences 50%
• Proteomics 50%
• Omics Approaches 50%
• Transcriptomics 50%
• Blood Doping 50%
• Potential Determinants 50%
• Exercise Adaptation 50%
• Candidate Gene Approach 50%
• Collaborative Initiatives 50%
• Collaborative Efforts 50%
• Epigenomics 50%
• Musculoskeletal Injury 50%
• Biomedical Problems 50%
• Training Response 50%
• Performance Training 50%
• Global Features 50%
• High-throughput Technologies 50%
• Trainability 50%

Biochemistry, Genetics and Molecular Biology

• Genomics 100%
• Tamsulosin 100%
• Genetics 75%
• Animal Model 25%
• Solution and Solubility 25%
• Genotyping 25%
• Transcriptomics 25%
• Athletic Performance 25%
• Candidate Gene 25%
• Metabolomics 25%
• Epigenomics 25%
• Epigenetics 25%
• Proteomics 25%