Linked from

The 14 pages that link to Bacterial flagellum, each with the reason it gives.

• FlagellumBroader topic: Its rotating filament propels bacteria through liquid.

• BacteriaBroader topic: It enables movement toward favorable conditions and away from harmful ones.

• Intelligent designBroader topic: Behe cites its interacting parts as an example of irreducible complexity.

• ChemiosmosisRelated: Some bacterial flagella use proton motive force directly to power rotation.

• Type III secretion systemCompared with: Its related export machinery builds a rotating propeller rather than an effector-injection needle.

• PhototaxisRelated: Light-sensitive signaling can alter flagellar operation to bias bacterial movement.

• Bacillus subtilisRelated: Flagella enable motile B. subtilis cells to move toward favorable conditions.

• Vibrio choleraeBroader topic: A single polar flagellum gives V. cholerae its characteristic motility.

• Bacterial morphologyRelated: Flagellar placement can be observed as a structural feature alongside cell form.

• Bacterial cell structureBroader topic: This external appendage extends the cell’s functional architecture into its surroundings.

• VibrioRelated: Many vibrios use a polar flagellum to swim through aquatic habitats.

• Aliivibrio fischeriRelated: Motility helps A. fischeri move through seawater and toward host tissues.

• Biomimetic nanotechnologyBroader topic: Its nanoscale rotary motor provides a biological model for engineered molecular machines.

• Low Reynolds number flowRelated: Its helical motion generates thrust where ordinary reciprocal strokes fail.