Linked from

The 17 pages that link to Tubulin, each with the reason it gives.

• FlagellumNarrower topic: Tubulin provides the structural subunits of the eukaryotic flagellar core.

• MicrotubuleBroader topic: Alternating α- and β-tubulin subunits form the microtubule’s repeating building blocks.

• ActinCompared with: Tubulin is the building-block protein of a major cytoskeletal system distinct from actin.

• CytoskeletonBroader topic: Tubulin subunits give microtubules their polarity and dynamic growth.

• PaclitaxelBroader topic: Paclitaxel binds β-tubulin within assembled microtubules.

• DyneinBroader topic: Tubulin subunits build the tracks dynein recognizes and traverses.

• KinesinBroader topic: Alternating tubulin subunits form the track kinesin grips.

• Mitotic spindleBroader topic: Tubulin assembly and disassembly let spindle fibers grow and shrink.

• Primary ciliumBroader topic: Tubulin subunits build the microtubule scaffold inside the cilium.

• Actin filamentCompared with: Tubulin builds a distinct cytoskeletal polymer with different structure and dynamics.

• CentrosomeRelated: Centrosomes organize polymers made from these subunits.

• ColchicineRelated: Colchicine binds tubulin and prevents its assembly into microtubules.

• Tau proteinBroader topic: Tubulin forms the structures whose stability tau helps regulate.

• MebendazoleRelated: Mebendazole binds parasite tubulin and disrupts microtubule formation.

• CentrioleBroader topic: Tubulin subunits make the microtubules that form the centriole wall.

• VincristineRelated: Vincristine binds tubulin and prevents it from assembling into microtubules.

• BikontRelated: Tubulin-based flagellar structures are among the cellular traits considered in bikont ancestry.