The phase of mitosis that the nucleus forms is the prophase phase.
The nuclear membrane begins to reform during telophase, and the daughter cells.
This is telophase.
telophase
telophase
an apple
The spindle apparatus becomes visible after stage two of mitosis. (I'm trying to remember from biology class, so i could be wrong!)
In metaphase, spindle fibers grow and attach to chromosomes. In anaphase, they pull the chromosomes apart. In telephase, they disappear.
Metaphase is when chromosomes attatch to spindle fibers in the phase of mitosis.
Yes, something like that. In mitosis, there are 4 stages; Prophase, Metaphase, Anaphase, and Telophase (also remembered as P.M.A.T). In prophase the centrioles start separate and form the spindle fibers and the chromosomes start to separate. In metaphase the chromosomes line up at the equator in the spindle fibers. Anaphase, the spindle fibre pulls half of the chromosomes to each pole, now resulting in 2 sets of identical daughter chromosomes. In telophase the spindle fibers start to disintegrate and a nuclear membrane forms between the two identical daughter chromosomes. In cytokinesis, the cytoplasm starts to separate producing two identical daughter cells. All in all, the spindle fibers do disappear and TWO (2) new identical daughter cells are formed. I hope this helps
The spindle fibers, which are essential to the movement of chromosomes.
telophase
The spindle fibers begin to disappear in Telophase
The spindle apparatus becomes visible after stage two of mitosis. (I'm trying to remember from biology class, so i could be wrong!)
In metaphase, spindle fibers grow and attach to chromosomes. In anaphase, they pull the chromosomes apart. In telephase, they disappear.
Metaphase is when chromosomes attatch to spindle fibers in the phase of mitosis.
This occurs during telophase of mitosis.
In mitosis, the division of the nucleus is carried out by the spindle fibers. These fibers are formed by the microtubules and are responsible for separating the duplicated chromosomes into two sets in the process called cytokinesis.
The spindle fibres are in the nucleus and they are envolved in mitosis.
prophase
During Telophase.
The spindle fibers, which are essential to the movement of chromosomes.
Yes, something like that. In mitosis, there are 4 stages; Prophase, Metaphase, Anaphase, and Telophase (also remembered as P.M.A.T). In prophase the centrioles start separate and form the spindle fibers and the chromosomes start to separate. In metaphase the chromosomes line up at the equator in the spindle fibers. Anaphase, the spindle fibre pulls half of the chromosomes to each pole, now resulting in 2 sets of identical daughter chromosomes. In telophase the spindle fibers start to disintegrate and a nuclear membrane forms between the two identical daughter chromosomes. In cytokinesis, the cytoplasm starts to separate producing two identical daughter cells. All in all, the spindle fibers do disappear and TWO (2) new identical daughter cells are formed. I hope this helps