Figures & data
Figure 1. Cartoon of a lipid droplet in the optical trap. Lower: dark circle: lipid droplet; red parabolic lines: optical trap, exerting a centripetal force (red arrow) on the droplet when displaced from trap center. Horizontal black lines: dynein motors, attached to microtubule (blue). Upper: enlargement of the lower portion of the lipid droplet, showing attached dynein motors in black, with NudE (red) and Lis1 (green) cofactors. Two dyneins on left: pre-adaptation stage, with un-extended NudE (red, short) and Lis1 (green) that is not interacting with the dynein motor domains (ovals). Five dyneins on right: adapted dynein; NudE extended, Lis1 interacting with the dynein motor domains.
![Figure 1. Cartoon of a lipid droplet in the optical trap. Lower: dark circle: lipid droplet; red parabolic lines: optical trap, exerting a centripetal force (red arrow) on the droplet when displaced from trap center. Horizontal black lines: dynein motors, attached to microtubule (blue). Upper: enlargement of the lower portion of the lipid droplet, showing attached dynein motors in black, with NudE (red) and Lis1 (green) cofactors. Two dyneins on left: pre-adaptation stage, with un-extended NudE (red, short) and Lis1 (green) that is not interacting with the dynein motor domains (ovals). Five dyneins on right: adapted dynein; NudE extended, Lis1 interacting with the dynein motor domains.](/cms/asset/435b0124-b2e1-49da-9a9d-e4532eb088eb/kccy_a_1232085_f0001_oc.gif)