Insights into human β-cardiac myosin function from single molecule and single cell studies

Keyphrases

• Allosteric Coupling 25%
• ATP Hydrolysis 25%
• Bioengineering 25%
• Cardiac Myosin 100%
• Cardiac Myosin Heavy Chain 25%
• Cardiomyocyte Function 25%
• Cell Micromanipulation 25%
• Chemomechanical Cycle 25%
• Clinical Phenotype 25%
• Contractility 25%
• Force Generation 50%
• Force-length 25%
• Functional Defects 25%
• Human Cardiac Myosin 100%
• Hypertrophic Cardiomyopathy 25%
• Mechanical Force 25%
• Micromanipulation 25%
• MYH7 25%
• Myosin 50%
• Myosin Heavy Chain (MyHC) 25%
• Myosin Molecule 25%
• Myosin Protein 25%
• Point mutation 50%
• Protein Domain 25%
• Protein Structure 25%
• Single Cardiomyocytes 25%
• Single Molecule 100%
• Single-cell Methods 25%
• Single-cell Studies 100%
• Single-point mutation 25%
• Tight 25%

Biochemistry, Genetics and Molecular Biology

• Adenosine Triphosphate 33%
• Cardiac Muscle Cell 66%
• Dynamics 33%
• Enzymatic Hydrolysis 33%
• Heavy Meromyosin 33%
• Micromanipulation 66%
• Muscle Contractility 33%
• MYH7 33%
• Point Mutation 100%
• Protein Structure 33%
• Protein Tertiary Structure 33%

Immunology and Microbiology

• Cardiac Muscle Cell 66%
• Dynamics 33%
• Heavy Chain 33%
• Micromanipulation 66%
• Muscle Contractility 33%
• Point Mutation 100%
• Protein Structure 33%
• Protein Tertiary Structure 33%