Question

How could a single cell become such a big individual?

Answer 1

Hint: It is a kind of unicellular process in which 23 chromosomes are present and paired with the other 23 chromosomes, the process known as the name of the oocyte. And the combination of big individual chromosomes makes the single one individual cell and shows the result of a live human with a combination of 46 chromosomes.

Complete answer:
 The combination of egg and sperm is called a zygote and a single-cell formed under the process in which a single cell divided to give rise to a complete individual. There are numerous processes taking place during the single-cell becoming such a big individual. Into an organized collection of cells over the course of hours, day’s or months the tissues and organs turned from the single cell called the zygote. It helps to elaborate the all body parts under the embryonic development when cells are divided then grow and make a big individual. An early development or life cycle stage during the embryonic development under the process of fertilization of a female egg cell by a male sperm cell. Caulerpa taxifolia is the alga is the world’s largest single cell organism in the aquatic center and the growth of the single cell length is six to twelve inches.

Note: Multicellular organisms use many different cells to function and only one cell that carries the unicellular organisms and all the protists, yeast, and bacteria comes all under the process of the zygote. Sperm preparation, sperm-egg recognition and binding, sperm-egg fusion, and sperm and egg pronuclei activation of the zygote are the four processes of zygote fertilization.