Mechanical Coupling between Myosin Molecules Causes Differences between Ensemble and Single-Molecule Measurements von Walcott, Sam, Warshaw, David M., Debold, Edward P.

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Direct Observation of Phosphate Inhibiting the Force-Generating Capacity of a Miniensemble of Myosin Molecules von Debold, Edward P., Walcott, Sam, Woodward, Mike, Turner, Matthew A.

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Acidosis and Phosphate Directly Reduce Myosin's Force-Generating Capacity Through Distinct Molecular Mechanisms von Woodward, Mike, Debold, Edward P

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A mutation in switch I alters the load-dependent kinetics of myosin Va von Marang, Christopher, Scott, Brent, Chambers, James, Gunther, Laura K., Yengo, Christopher M., Debold, Edward P.

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Myosin's powerstroke occurs prior to the release of phosphate from the active site von Scott, Brent, Marang, Christopher, Woodward, Mike, Debold, Edward P.

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The molecular basis of thin filament activation: from single molecule to muscle von Longyear, Thomas, Walcott, Sam, Debold, Edward P.

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Recent insights into the relative timing of myosin's powerstroke and release of phosphate von Debold, Edward P.

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The effects of phosphate and acidosis on regulated thin-filament velocity in an in vitro motility assay von Debold, Edward P, Longyear, Thomas J, Turner, Matthew A

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In defense of Huxley von Walcott, Sam, Sun, Sean, Debold, Edward P., Herzog, Walter

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Magnesium Modulates Actin Binding and ADP Release in Myosin Motors von Swenson, Anja M., Trivedi, Darshan V., Rauscher, Anna A., Wang, Yuan, Takagi, Yasuharu, Palmer, Bradley M., Málnási-Csizmadia, András, Debold, Edward P., Yengo, Christopher M.

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Acidosis decreases the Ca2+ sensitivity of thin filaments by preventing the first actomyosin interaction von Unger, Matthew, Debold, Edward P

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Phosphate enhances myosin-powered actin filament velocity under acidic conditions in a motility assay von Debold, Edward P, Turner, Matthew A, Stout, Jordan C, Walcott, Sam

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Recent Insights into the Molecular Basis of Muscular Fatigue von DEBOLD, Edward P

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Muscle Fatigue from the Perspective of a Single Crossbridge von DEBOLD, EDWARD P, FITTS, ROBERT H, SUNDBERG, CHRISTOPHER W, NOSEK, THOMAS M

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Acidosis decreases the Ca 2+ sensitivity of thin filaments by preventing the first actomyosin interaction von Unger, Matthew, Debold, Edward P

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Decreased Myofilament Calcium Sensitivity Plays a Significant Role in Muscle Fatigue von Debold, Edward P

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Cardiac myosin velocity and force are dramatically improved with an alternative triphosphate substrate von Woodward, Mike K., Marang, Christopher, Scott, Brent, Ostrander, Eric, Venkataraman, Dhandapani, Debold, Edward P.

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Potential molecular mechanisms underlying muscle fatigue mediated by reactive oxygen and nitrogen species von Debold, Edward P

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Fitting a model to multiscale data suggests thick filament activation can produce force depression in muscle fibers von Walcott, Sam, Liu, Shuyue, Marang, Christopher, Woodward, Mike, Joumaa, Venus, Leonard, Tim, Scott, Brent, Debold, Edward P., Herzog, Walter

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A point mutation in switch 1 alters the load dependence of phosphate rebinding to actomyosin von Marang, Christopher, Scott, Brent, Chambers, James, Gunther, Laura K., Yengo, Christopher M., Debold, Edward P.

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