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This paper describes a method for controlling the velocity of gliding microtubules by light irradiance on a gold-patterned surface. The light was used to control the temperature of the buffer solution by heat transfer from the thin gold film. Microtubule velocity increased approximately 1.8-fold from the initial velocity at the 13.5 W/cm2 on the gold-coated area. The proposed method also allows cyclical...
Microtubule gliding on a kinesin-coated surface may be applied as a nanoactuator to manipulate nanoscale materials in a microfluidic environment. However, controlling the velocity and direction of microtubule gliding has been a major challenge for bioengineering. To develop a novel method of molecular manipulation, we propose a technique to control the velocity of gliding microtubules by light irradiance,...
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