Linked from

The 12 pages that link to Dynein, each with the reason it gives.

• FlagellumRelated: Axonemal dynein produces the sliding forces that bend eukaryotic flagella.

• MicrotubuleRelated: Dynein drives inward transport and generates sliding between ciliary microtubules.

• ActinCompared with: Dynein contrasts with myosin, which uses actin as its main track.

• CiliaRelated: Axonemal dynein motors drive the sliding forces that bend airway cilia.

• CytoskeletonBroader topic: Dynein supports inward cargo transport and powers cilia and flagella.

• MyosinCompared with: Dynein is a major alternative to myosin for intracellular transport, but follows microtubules.

• KinesinCompared with: Its usual direction opposes that of plus-end-directed kinesins.

• Mitotic spindleRelated: Dynein helps pull on spindle poles and position them in the cell.

• Brownian ratchetBroader topic: Its ATP-driven movement illustrates how molecular systems can rectify stochastic motion.

• CiliopathyRelated: Dynein defects can impair ciliary motion, a distinct route to ciliopathy.

• OpisthokontRelated: Dynein powers the bending of eukaryotic flagella, including those in flagellated opisthokonts.

• ATPaseRelated: Its ATPase cycle produces force and directed cellular movement.