সাইটোপ্লাজমে নিউক্লিয়াস সংলগ্ন ছোট অঞ্চল; centrioles এবং তোলে, মাইক্রো-নালিকাসমূহের সংগঠিত করার রয়েছে

centrosomes's Usage Examples:

Fungi and plants lack centrosomes and therefore use other structures to organize their microtubules.

to move the centrosomes to opposite poles.

Microtubules involved in the interphase scaffolding break down as the replicated centrosomes separate.

DCTN2 (dynamitin) is also involved in anchoring microtubules to centrosomes and may play a role in synapse formation during brain development.

Kinetochore microtubules emerging from the centrosomes at the poles (ends) of the spindle reach the chromosomes and attach to.

two distinct MTOCs (now typically referred to as centrosomes).

During cell division, these centrosomes move to opposite ends of the cell and nucleate microtubules.

He began by characterising the duplication cycles of centrosomes in the rapid nuclear division cycles of Drosophila embryos.

During prophase, two aster-covered centrosomes migrate to opposite sides of the nucleus in preparation of mitotic spindle.

The protein localizes to centrosomes during interphase, and early and late metaphase.

kinesin and dynein molecular motors, condensed chromosomes, and any centrosomes or asters that may be present at the spindle poles depending on the cell.

pronucleus and centrosomes are deposited within the egg, which causes a cytoplasmic flux resulting in the movement of the pronucleus and centrosomes towards.

KATNB1, regulates the activity of the ATPase and localizes the protein to centrosomes.

structure tethering the cell's centrosomes together.

Therefore, without proper expression of Aurora A, the cell's centrosomes are never able to separate.

before mitosis, the centrosome duplicates, and the cell contains two centrosomes.

pair of centrosomes.

The two centrosomes polymerize tubulin to help form a microtubule spindle apparatus.

Motor proteins then push the centrosomes along.

anaphase A, moves chromosomes to either pole of a dividing cell (marked by centrosomes, from which mitotic microtubules are generated and organised).

The encoded protein dissociates from the centrosomes when parental centrioles separate at the beginning of mitosis.

is a subfamily of KRPs and its function is to separate the duplicated centrosomes during mitosis.

Edouard Van Beneden made the first observation of centrosomes as composed of two orthogonal centrioles in 1883.

During mitosis, CEP68 dissociates from centrosomes.

centrosomes's Meaning':

small region of cytoplasm adjacent to the nucleus; contains the centrioles and serves to organize the microtubules