Predictive integration of gene functional similarity and co-expression defines treatment response of endothelial progenitor cells

Mathematics

• Adenosine 100%
• Endothelial Cells 90%
• Gene Expression Data 57%
• Gene 56%
• Gene Ontology 50%
• Similarity 49%
• K-nearest Neighbor 38%
• Query 28%
• Functional Genomics 25%
• Gene Expression Analysis 24%
• Predictive Modeling 23%
• Learning Systems 22%
• Cardiovascular Disease 21%
• Strategy 20%
• Biomarkers 18%
• Characteristic Curve 18%
• Operating Characteristics 18%
• Phenotype 17%
• Data-driven 16%
• Repair 16%
• Characterization 15%
• Learning 13%
• Human 12%
• Evidence 11%
• Prediction 11%
• Evaluate 11%
• Knowledge 11%
• Cell 10%
• Performance 8%
• Standards 7%
• Concepts 7%
• Model 4%

Medicine & Life Sciences

• erucylphosphocholine 86%
• Endothelial Progenitor Cells 70%
• Adenosine 28%
• Genes 23%
• Gene Expression 21%
• Gene Ontology 16%
• Learning 10%
• Systems Integration 10%
• Therapeutics 9%
• Genomics 7%
• Stem Cells 5%
• Cardiovascular Diseases 5%
• Biomarkers 4%
• Phenotype 4%
• In Vitro Techniques 3%

Engineering & Materials Science

• Endothelial cells 85%
• Gene expression 63%
• Genes 55%
• Ontology 24%
• Biomarkers 17%
• Genomics 14%
• Learning systems 14%
• Repair 11%