mitotic spindle

Aurora A is critical for proper formation of mitotic spindle.

There have been identified many proteins necessary for the mitotic spindle assembly.

Calcium is a necessary ion in the formation of the mitotic spindle.

During this dissolution, a mitotic spindle forms between them.

He used cell polarisation methods to understand the changes in molecular organisation of the mitotic spindle.

The mitotic spindle then forms between the two centrosomes.

It is absolutely required for correct positioning and orientation of mitotic spindle apparatus.

In this way, the mitotic spindle has two poles emanating microtubules.

Although these may be viewed as 'alternative' models, both phenomena likely contribute to the organization of the mitotic spindle.

This, in turn, prevents formation of the mitotic spindle inhibiting cell division.

The cell cytoskeleton and mitotic spindle, among other things, are made of microtubules.

In bacteria, segrosomes perform the function similar to that performed by mitotic spindle.

The destruction of the nuclear envelope is important because it allows the mitotic spindle to access the chromosomes.

In early mitosis, it associates with mitotic spindle poles.

Centrioles were previously thought to be required for the formation of a mitotic spindle in animal cells.

Early study demonstrated that colchicine disrupts the mitotic spindle.

Without the mitotic spindle, cellular division cannot occur.

They are believed to be microtubules that are remnants from a mitotic spindle.

The position at which the contractile ring assembles is dictated by the mitotic spindle.

It disappears as soon as the nuclear envelope breaks down and the mitotic spindle forms.

This is controlled by the mitotic spindle checkpoint complex which operates as a feedback-response.

As mitosis progresses, both centrosomes separate to generate the mitotic spindle.

The resulting mitotic spindle is then used to propel apart the sister chromosomes into what will become the two new daughter cells.

In Xenopus, deletion disallows the mitotic spindle from ever even forming.

Triggers the formation of mitotic spindle through microtubule instability.