Question

If chemical signals in the cytoplasm control the progression of a cell to the M phase of the cell cycle, then fusion of a cell in G1 with a cell in early M phase would most likely result in the

Answer 1

Answer:

Condensation of chromatin in preparation of nuclear division in both cells.

Explanation:

The two main types of cell division are mitosis and meiosis. The mitosis occurs in the somatic cells of the body where as germ cells of the body uses meiosis for its division.

The single step of the mitosis and meiosis are controlled by the chemicals signals. Different cyclins and CDKs are used for the progression of the cell cycle. The cell with G1 and M phase shows the chromatin condensation and get prepare for the division of the nuclear cells.

Answer 2

Cell cycle is a course of events that takes place in a cell for its growth and division, resulting in the formation of daughter cells. Eukaryotic cell cycle undergoes four stages namely: G1, S, G2, and M, where G is gap phase, S is synthesis phase and M is mitosis phase.

The correct answer is:

A spindle formation and condensation of chromatin will most likely occur when the cell in G1 will fuse with a cell in the early M phase.

• In the S phase, the DNA replication occurs while in the M phase actual cell division takes place.

• The progression of cells in the cell cycle from different phases occurs due to chemical signals.

• The cell cycle is controlled by the different cyclins and CDKs

• The cell in G1 and M phase shows chromatin condensation and starts getting ready for the nuclear cell division.

Therefore, the cell shows spindle formation and chromatin condensation.

To learn more about the cell cycle and its stages follow the given link:

https://brainly.com/question/11009129