flagellum

Others possess a single flagellum that is kept inside the cell wall.

The other flagellum extends out from the cell to help aid its movement through the water.

It is motile by means of a single polar flagellum.

An important diagnostic feature is the lack of a free posterior flagellum.

All are motile by means of a flagellum (animal characteristic).

They are motil by the use of a single flagellum.

Their flagellum is tapering and is even longer than the body.

In some species, the longer, emergent flagellum is used to help the organism swim.

They are characterized by a long free flagellum with a narrow drawn out posterior.

The bacterial flagellum is the best known example.

The functionality of the fifth flagellum is not known.

A segmented tail, or flagellum, also belonged to this animal.

The bacterium is motile by using a single polar Flagellum.

The longitudinal flagellum is relatively conventional in appearance, with few or no hairs.

Thus the model uses a flagellum for propulsion purposes.

Cells contain a single polar flagellum, and therefore are motile.

The flagellum, at the top of the antenna, is stout, tapering and very long.

The flagellum and the epiphallus have approximately the same length.

Some species are motile by using one polar flagellum.

Flagellum has ca. 1/5 the total length of the penial complex.

It is believed that they assist in locomotion by increasing the surface area of a flagellum.

The bacterial flagellum is made up of the protein flagellin.

It is hypothesised that the flagellum evolved from the type three secretory system.

The second flagellum is difficult to see with bright field microscopy, and was entirely overlooked by early observers.

The flagellum forms the remainder of the antenna.