Centromeres and spindle fibers.
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Prophase: During cell division small structures called centromeres move to opposite ends of a cell.
Prometaphase: These centromere structures produce spindle fibers that attach to the chromosomes' kinetochores (where the sister chromatids are joined together with bundles of proteins). Other spindle fibers attach to each other at the center.
Metaphase: Tension is applied to the fibers, this causes the chromosomes to align along the center of the cell.
Anaphase: The fibers pull the chromosomes apart and towards the centromeres at each end of the cell.
Telophase: chromosomes arrive at ends and spindle fivers disappear.
What are the parts of the cell directly involved or affected by mitosis?
YesThey are involved in meiosis too. Nuclear division carried to divide chromosomes mainly
In animal cells... Centrioles, asters and the spindle fibers.
One cell turns into two.A DNA split.Division.It doesn't happen in gametes (sex cells).Mitosis involves the chromosomes to undergo replication and separation in to two identical units to form two daughter nuclei.
It will have 18 chromosomes at the end of mitosis.
Chromosomes :)
Chromosomes
Science.
What are the parts of the cell directly involved or affected by mitosis?
Anaphase
YesThey are involved in meiosis too. Nuclear division carried to divide chromosomes mainly
In animal cells... Centrioles, asters and the spindle fibers.
yes, during metaphase
Structures of mitosis include chromosomes, chormatids, centrioles, chromosome, and spindles. basically the things that are made and used for mitosis to occur
something very important
One cell turns into two.A DNA split.Division.It doesn't happen in gametes (sex cells).Mitosis involves the chromosomes to undergo replication and separation in to two identical units to form two daughter nuclei.
Correct Answer: C --- They are involved in the separation of chromosomes during cell division.Explanation: Centrioles are involved in microtubule formation. The spindle that draws the chromosomes apart during mitosis is a microtubule structure.