A dynamic spatiotemporal extracellular matrix facilitates epicardial-mediated vertebrate heart regeneration

Keyphrases

• Extracellular Matrix 100%
• Spatiotemporal 100%
• Epicardial 100%
• Heart Regeneration 100%
• Vertebrate Heart 100%
• Newt 80%
• Extracellular Matrix Protein 1 (ECM1) 40%
• Progenitor Cells 40%
• Tenascin-C 40%
• Cardiac muscle 40%
• Vertebrates 20%
• Regeneration 20%
• Injury Model 20%
• Protease 20%
• Myocardium 20%
• Cardiac Injury 20%
• Fibronectin 20%
• Cell Activity 20%
• Muscle Regeneration 20%
• Temporal Change 20%
• Inflammation Response 20%
• Zebrafish 20%
• Proliferative Response 20%
• Metabolic Processes 20%
• DNA Microarray 20%
• As(III) 20%
• New Evidence 20%
• Hyaluronic Acid 20%
• Epicardium 20%
• DNA Gene 20%
• Strategic Opportunities 20%
• Cell Cycle Re-entry 20%
• Local Injury 20%
• Radial Migration 20%
• Matrix Remodeling 20%
• Component Matrix 20%
• Regenerative Responses 20%
• Functional Enrichment Analysis 20%
• Gene Ontology Terms 20%
• Matrix Distribution 20%
• Zebrafish Heart 20%
• Cardiomyocyte Cell Cycle 20%

Biochemistry, Genetics and Molecular Biology

• Salamandridae 100%
• Zebra Fish 50%
• Progenitor Cell 50%
• Tenascin C 50%
• DNA Microarray 25%
• Cell Cycle 25%
• Cell Activity 25%
• Upregulation 25%
• Gene Ontology 25%
• Muscle Regeneration 25%
• Restylane 25%
• Cardiac Muscle Cell 25%
• Protease 25%
• Fibronectin 25%

Immunology and Microbiology

• Extracellular Matrix 100%
• Salamandridae 57%
• Zebra Fish 28%
• Cardiac Muscle 28%
• Upregulation 14%
• Cell Activity 14%
• Muscle Regeneration 14%
• Gene Ontology 14%
• Epicardium 14%
• Cell Cycle 14%
• Cardiac Muscle Cell 14%
• DNA Microarray 14%
• Fibronectin 14%