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. 2010 Oct 29;29(23):3911–3923. doi: 10.1038/emboj.2010.259

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Requirements for transient dwell formation. (A) Minimum and maximum drag imposed by a 77 × 39 nm² gold nanorod on the motor as a function of PEG400 based upon c-ring attachment in the middle () or the end () of the nanorod as determined by Equation (2). Dotted line: threshold of drag for the appearance of transient dwells in Figure 4A. (B) Distributions of power stroke velocities from single molecules with 77 × 39 nm² nanorods at 15% (red) and 35% (grey) PEG400. Velocity at blue line is 220° ms⁻¹. The slowest 20 and 80% transitions at 15 and 35% PEG400 is indicated.

Inline graphic — Requirements for transient dwell formation. (A) Minimum and maximum drag imposed by a 77 × 39 nm² gold nanorod on the motor as a function of PEG400 based upon c-ring attachment in the middle () or the end () of the nanorod as determined by Equation (2). Dotted line: threshold of drag for the appearance of transient dwells in Figure 4A. (B) Distributions of power stroke velocities from single molecules with 77 × 39 nm² nanorods at 15% (red) and 35% (grey) PEG400. Velocity at blue line is 220° ms⁻¹. The slowest 20 and 80% transitions at 15 and 35% PEG400 is indicated.