How're your cells' motors running? A new 'molecular nano-patterning' technique reveals that some molecular motors coordinate differently

Researchers develop a device that parks individual molecular motors on nano scale platforms and found that two types of 'kinesin' possess different properties of coordination. In kinesin-1, neither the number nor spacing of the molecules change the transport velocity of microtubules, while kinesin-14 decreased transport velocity as the number of motors on a filament increased, but increased as the spacing of the motors increased.