Controlling the contractile strength of engineered cardiac muscle by hierarchal tissue architecture

Keyphrases

• Tissue Architecture 100%
• Cardiac muscle 100%
• Sarcomere 100%
• Hierarchal 100%
• Myocytes 66%
• Calcium Handling 66%
• Force Generation 66%
• Image Analysis 33%
• Myocardium 33%
• Vascular Network 33%
• Neural Network 33%
• Fibroblasts 33%
• Engineered Myocardium 33%
• Nonmuscle 33%
• Quantitative Assay 33%
• Contractile Function 33%
• Structural Organization 33%
• Collagen Fibrils 33%
• Extracellular Space 33%
• Laminar Structure 33%
• Muscle Tissue 33%
• Functional Benefit 33%
• Tissue Function 33%
• Peak Force 33%
• Contractile Force 33%
• Neonatal Rat Cardiomyocytes 33%
• Structural Alignment 33%
• Muscle Physiology 33%
• Unaligned 33%
• Parallel Array 33%
• Uniaxial Alignment 33%
• Muscular Thin Films 33%
• Combined Image 33%
• Engineered Cardiac Tissue 33%
• Intracellular Organization 33%
• Micropatterned Surfaces 33%
• Myocardial Fiber 33%

Medicine and Dentistry

• Cardiac Muscle 100%
• Sarcomere 100%
• Isotopes of Calcium 66%
• Myocardium 66%
• Cardiac Muscle Cell 66%
• Image Analysis 33%
• Vascular Network 33%
• Contractile Function 33%
• Extracellular Space 33%
• Quantitative Assay 33%
• Collagen Fibril 33%
• Fibroblast 33%

Biochemistry, Genetics and Molecular Biology

• Cardiac Muscle Cell 100%
• Structural Alignment 50%
• Fibroblast 50%