29 results on '"Chase, P. Bryant"'
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2. Protein densitometry profiling in mouse hearts carrying an HCM cardiac troponin T mutation
3. Enhanced Active Cross-Bridges during Diastole: Molecular Pathogenesis of Tropomyosin's HCM Mutations
4. Mechanism(s) of regulation of the cardiac thin filament: new perspectives for a longstanding enigma
5. Positive Inotropic Effects of Low dATP/ATP Ratios on Mechanics and Kinetics of Porcine Cardiac Muscle
6. Ca2+ Regulation of Rabbit Skeletal Muscle Thin Filament Sliding: Role of Cross-Bridge Number
7. Thin Filament Regulation Blends Thermodynamic and Mechanical Mechanisms
8. Annulment of Cardiac Muscle Length-Dependent Force Activation in Transgenic Mice Bearing the HcTnT-I79N Mutation
9. Dynamic and Structural Allosteric Events between the D/E Linker and N-Domain of Cardiac Troponin C Reveal a Novel Mechanism for Cardiac Muscle Regulation
10. Aberrant Cardiac Muscle Mechanics in a Hypertrophic Cardiomyopathy Troponin T ILE79ASN Transgenic Mouse
11. Clinical and Biophysical Characterization of a Mutation in the N-Helix Region of Cardiac Troponin C: Evidence for an Allosteric Mechanism of Contractile Dysfunction
12. Cardiac Thin Filament-Mediated Calcium Sensitization Modulates Cross-Bridge Kinetics
13. Thin Filament-Mediated Modulation of Mouse Cardiac Cross-Bridge Kinetics by Ca 2+ -Sensitizing Mutation CTNC-A8V or Bepridil
14. Abnormal Cardiac Cross-Bridge Kinetics in a Troponin T ILE79ASN Transgenic Mouse Model
15. A Novel DCM-Associated Mutation in the N-Helix of Cardiac Troponin C Exhibits Impaired Contractile Kinetics and Reduced Ca 2+ -Sensitivity In Vitro
16. Simultaneous Measurement of Force and Lattice Spacing in Skinned Cardiac Fibers
17. A Dynamic Situation with Uncertainty: Multiscale Modeling of Cardiac Thin-Filament Ca2+Regulation
18. Thin Filament-Mediated Modulation of Mouse Cardiac Cross-Bridge Kinetics by Ca2+-Sensitizing Mutation CTNC-A8V or Bepridil
19. A Novel DCM-Associated Mutation in the N-Helix of Cardiac Troponin C Exhibits Impaired Contractile Kinetics and Reduced Ca2+-Sensitivity In Vitro
20. Ca2+-Regulatory Function of the Inhibitory Peptide Region of Cardiac Troponin I is Aided by the C-Terminus of Cardiac Troponin T: Effects of FHC Mutations Ctni R145G and Ctnt R278C, Alone and in Combination, on Filament Sliding
21. Human Cardiac Troponin C undergoes Global Conformational Changes in Response to Divalent Cation Binding: Solution Studies of Fluorescent Protein Constructs by FRET and Analytical Ultracentrifugation
22. Persistence Length of Human Cardiac α-Tropomyosin Implies Near-Neighbor Cooperative Activation of Cardiac Thin Filaments
23. Flexibility Change in Human Cardiac α-Tropomyosin E180G Mutant: Possible Link to Cardiac Hypertrophy
24. Magnetic and Fluorescence Detection of Hybridized DNA Assemblies Immobilized onto a Hall Device
25. Mechanical Properties of Human Cardiac Tropomyosin in Familial Hypertrophic Cardiomyopathy (FHC) Probed by Atomic Force Microscopy
26. Molecular Function of the C-terminal Domain of Cardiac Troponin I
27. Effects of Elevated Solvent Viscosity on Calcium Dependence of Cardiac Myofilament Contractility
28. Effect of Viscosity on Mechanics of Single, Skinned Fibers from Rabbit Psoas Muscle
29. Ca2+Regulation of Rabbit Skeletal Muscle Thin Filament Sliding: Role of Cross-Bridge Number
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