Question

Following cytokinesis in an animal cell, how many centrioles does each new daughter cell possess?

Answer 1

Each new daughter cell has two centrioles following cytokinesis in an animal cell, as part of the cell cycle where centrioles are duplicated before cell division.

Step-by-step explanation:

Following cytokinesis in an animal cell, each new daughter cell possesses two centrioles. During the cell cycle, specifically the G2 phase, the centrioles are duplicated in preparation for cell division. When an animal cell undergoes mitosis, the centrioles help in organizing the spindle fibers that separate the chromosomes. As the cell enters cytokinesis, the cytoplasm divides, creating two daughter cells, each completing its own set of cellular components, including a pair of centrioles.

Answer 2

two (a pair)

Step-by-step explanation:

Centrioles are the pair of hollow cylinders that are located near the nucleus in the cytoplasm in a non-dividing cell. Two centrioles together make a centrosome. Centriole duplication occurs before cell division as the duplicated centrioles take part in the formation of the spindle apparatus. However, cytokinesis distributes one pair of centrioles to each daughter cell. Therefore, after cytokinesis, two centrioles are present in each daughter cell.