Motor proteins propelling nano-scale devices and systems
AssigneeWest Virginia University
InventorsParviz Famouri, Yongkuk Lee, Lenln Leon
Life of this patent
Estimating the term…
Loading patent…
AssigneeWest Virginia University
InventorsParviz Famouri, Yongkuk Lee, Lenln Leon
Estimating the term…
An embodiment can be the use of motor proteins for cargo loading and transport in nano-devices and systems. One embodiment of the use of motor proteins can be adding biotin-binding proteins to a substrate by patterning, binding biotinylated F-actin to the biotin-binding proteins, aligning the bound F-actin in a preferred direction using a flow field, and using myosin coated particles to transport items attached to the particle throughout the substrate. Another embodiment of the use of motor proteins can be adding biotin-binding proteins to a substrate by patterning, adding a flow field, injecting F-actin so that the F-actin is bound and aligned simultaneously, and using myosin coated particles to transport items attached to the particle throughout the substrate. In either embodiment the F-actin can be capped with a biotinylated cap before binding to the biotin-binding proteins.
A method comprising binding biotin-binding proteins to a substrate by one or more patternings, binding F-actin to the biotin binding proteins, aligning the F-actin in a preferred direction, adding one or more myosin coated particles and a chemical fuel to transport cargo by the myosin coated particles in nanodevices and systems.
A method comprising binding biotin-binding proteins to a substrate by one or more patternings, adding one or more flow fields, adding F-actin so that the F-actin is simultaneously bound and aligned to the biotin-binding proteins due to the one or more flow fields, adding myosin coated particles and a chemical fuel to transport cargo by the myosin coated particles in nanodevices and systems.
Dependencies are inferred from the claim text.