Kraft, T., Chalovich, J. M., Yu, L. C., & Brenner, B. (1995). Parallel inhibition of active force and relaxed fiber stiffness by caldesmon fragments at physiological ionic strength and temperature conditions: Additional evidence that weak cross-bridge binding to actin is an essential intermediate for force generation.

Kraft, T., J M. Chalovich, L C. Yu, and B. Brenner. Parallel Inhibition of Active Force and Relaxed Fiber Stiffness By Caldesmon Fragments At Physiological Ionic Strength and Temperature Conditions: Additional Evidence That Weak Cross-bridge Binding to Actin Is an Essential Intermediate for Force Generation. 1995.

Kraft, T., J M. Chalovich, L C. Yu, and B. Brenner. Parallel Inhibition of Active Force and Relaxed Fiber Stiffness By Caldesmon Fragments At Physiological Ionic Strength and Temperature Conditions: Additional Evidence That Weak Cross-bridge Binding to Actin Is an Essential Intermediate for Force Generation. 1995.