Dynein-driven microtubule spirals rotate with frequency scaling as force density to the one-third power, not four-thirds, and their length scaling supports a variable persistence length model.
The role of kinesin and other soluble factors in organelle movement along microtubules
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Physical Principles of Size and Frequency Scaling of Active Cytoskeletal Spirals
Dynein-driven microtubule spirals rotate with frequency scaling as force density to the one-third power, not four-thirds, and their length scaling supports a variable persistence length model.