FRET and optical trapping reveal mechanisms of actin activation of the power stroke and phosphate release in myosin V von Gunther, Laura K., Rohde, John A., Tang, Wanjian, Cirilo, Joseph A., Marang, Christopher P., Scott, Brent D., Thomas, David D., Debold, Edward P., Yengo, Christopher M.

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FRET and optical trapping reveal mechanisms of actin activation of the power stroke and phosphate release in myosin V von Gunther, Laura K., Rohde, John A., Tang, Wanjian, Cirilo, Joseph A., Marang, Christopher P., Scott, Brent D., Thomas, David D., Debold, Edward P., Yengo, Christopher M.

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Tirasemtiv and dATP Synergistically Reverse the Acidosis-induced Depression of Myosin’s Force and Motion Generating Capacity von Marang, Christopher P., Scott, Brent D., Woodward, Mike K., Debold, Edward P.

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FRET and optical trapping reveal mechanisms of actin activation of the power stroke and phosphate release in myosin V von Gunther, Laura K, Rohde, John A, Tang, Wanjian, Cirilo, Jr, Joseph A, Marang, Christopher P, Scott, Brent D, Thomas, David D, Debold, Edward P, Yengo, Christopher M

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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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Cardiac myosin velocity and force are dramatically improved with an alternative triphosphate substrate von Woodward, Mike K., Marang, Christopher, Ostrander, Eric, Scott, Brent, Venkataraman, Dhandapani, 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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Enhancing Cardiac Myosin Function with an Abiotic Energy Source von Woodward, Mike K., Ostrander, Eric, Scott, Brent D., Marang, Christopher, Liu, Xiaorong, Chen, Jianhan, Venkataraman, Dhandapani, Debold, Edward P.

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