When you look at cells under a microscope, how can you recognize cells that are dividing?

When you look at cells under a microscope, you recognize cells that are dividing by the transformations that the nucleus undergoes in which the chromosomes begin to individualize.

In a traditional way and based on morphological aspects observed under the light microscope, mitosis is usually divided into 4 phases or stages Prophase, Metaphase, anaphase and Telophase.

Cell division is a continuous process, for its study it is divided into several stages that have to do with conformational changes, that is, they can be differentiated by observing dividing cells under the light microscope.

From the beginning of the spiralization to the disorganization of the nuclear envelope, it is called prophase, that is, those cells that have a nuclear envelope that is intuited under the light microscope by the rounded contour of the nucleus.

From the breakage of the envelope to the placement of the chromosomes in a plane and in the center of the cell, it is called prometaphase.

The arrangement of the chromosomes in the central plane of the cell with the centromeres stressed by their attachment to the mitotic spindle fibers constitutes the metaphase.

The migration of the chromatids to the poles is known as anaphase and the organization of the nuclear envelope and de-spiralization of the chromosomes constitutes the telophase.

Therefore, we can conclude that when you look at cells under a microscope, you recognize cells that are dividing by the transformations that the nucleus undergoes in which the chromosomes begin to individualize.

Learn more here: https://brainly.com/question/16233835