During the early prophase, the nuclear membrane is broken into fragments.

During the metaphase, the spindle apparatus becomes well-defined and the chromosomes get arranged at the equatorial plate.

Prophase is the first phase of mitosis. It begins with the division of the centriole.

During the telophase, the nuclear membrane appears around the two groups of chromosomes. Thus, two well-defined nucleoli are formed.

There are 23 pairs of chromosomes in each human cell.

The period between two cell divisions, i.e., the resting stage of the cell, is known as the interphase.

During the anaphase, the chromosomes divide at the centromere and start moving towards opposite poles.

Genetic information is transferred from parent to daughter cells through the nucleus.

During the anaphase, the chromosomes divide at the centromere and start moving towards opposite poles. Finally, they are arranged at the opposite poles of the spindle.

During the telophase, nuclear membrane appears around the two groups of chromosomes . Thus, two well-defined nuclei are formed. This is followed by the division of the cytoplasm by a constriction ring at the equator (in the animal cell) or by the formation of a cell plate (in the plant cell).

Prophase is the first phase of mitosis. It begins with the division of centriole. Soon after the division, centrioles start moving towards the opposite poles.

The prophase is the longest stage of mitosis.

During the anaphase, longitudinal splitting of the chromosomes occurs.

The interphase and mitosis together constitute the cell cycle.

During the telophase, the nuclear membrane appears around the two groups of chromosomes. Thus, two well-defined nuclei are formed. This is followed by the division of the cytoplasm by a constriction ring at the equator (in the animal cell) or by the formation of a cell plate (in the plant cell).

Loosely arranged strands of chromosomes become coiled, shortened and distinct during the prophase.