A Novel Method of Determining the Functional Effects of a Minor Genetic Modification of a Protein

Keyphrases

• Functional Impact 100%
• Actin 100%
• Genetic Modification 100%
• Ventricle 37%
• Myosin Cross-bridges 37%
• Autocorrelation 37%
• Myosin Head 25%
• Myofibril 25%
• Fluorescent Dye 25%
• Myosin 25%
• Spatial Distribution 25%
• Population-based Study 12%
• Fluorophore 12%
• Protein Expression 12%
• Transgenic Mice 12%
• ATP Synthase 12%
• Mutant Protein 12%
• Actin Filaments 12%
• Whole Organ 12%
• Threonine 12%
• Myosin Light Chain 12%
• Transition Moments 12%
• Myosin Molecule 12%
• Thin Filament 12%
• Small Fraction 12%
• Low Prevalence 12%
• Hypertrophic Cardiomyopathy 12%
• Sarcomeric Proteins 12%
• Sparse Labels 12%
• Change Orientation 12%
• Maximum Tension 12%
• Macroscopic Parameters 12%
• Macroscopic Measurements 12%
• Averaging Problem 12%
• Transgenic Protein 12%

Biochemistry, Genetics and Molecular Biology

• Actin 100%
• DNA Modification 100%
• Myosin Head 22%
• Myofibril 22%
• Prevalence 11%
• Adenosine Triphosphate 11%
• Transgenic Mouse 11%
• Protein Expression 11%
• Wild Type 11%
• Transgenics 11%
• Population Research 11%
• Myosin Light Chain 11%
• ATPase 11%
• Tension 11%
• Alanine 11%
• Threonine 11%

Neuroscience

• Actin 100%
• Fluorescent Dye 25%
• Myofibril 25%
• Protein Expression 12%
• Adenosine Triphosphate 12%
• Actin Filament 12%
• Monomer 12%
• Threonine 12%
• Adenosine Triphosphatase 12%
• Alanine 12%
• Hypertrophic Cardiomyopathy 12%
• Myosin Light Chain 12%