Cell Division

The S phase in the cell cycle is responsible

• for the synthesis of mRNA and proteins in preparation for mitosis.

• for cell reproducing its organelles and making sure that it is ready to go through the next stage in the cell cyle.

• for synthesizing or replicating the DNA of the cells.

• for the production of spindle fibers.

Prokaryotes undergo cell division through

• budding

• mitosis

• meiosis

• binary fission

The G1 Gap phase in the cell cycle is responsible

• for the synthesis of mRNA and proteins in preparation for mitosis.

• for cell reproducing its organelles and making sure that it is ready to go through the next stage in the cell cyle.

• for synthesizing or replicating the DNA of the cells.

• for the production of spindle fibers.

The G2 Gap phase in the cell cycle is responsible

• for the synthesis of mRNA and proteins in preparation for mitosis.

• for cell reproducing its organelles and making sure that it is ready to go through the next stage in the cell cyle.

• for synthesizing or replicating the DNA of the cells.

• for the production of spindle fibers.

Prophase of mitosis is characterized by

• the formation of the mitotic spindle fibers

• chromosomes becoming more visible

• the disappearance of nucleolus

• the disappearance of the nuclear envelop

This is the process of nuclear division where in the diploid parent cell produces two daughter nuclei that are genetically identical to the parent nucleus. This process is

• budding

• mitosis

• binary fission

• none of the above

The stage in cell cycle where the cell is in its usual activities and preparing for cell division. This stage is

• interphase

• prophase

• metaphase

• anaphase

• telophase

This stage in mitosis where sister chromatids separate and move to opposite poles of the cell. This is

• interphase

• prophase

• metaphase

• anaphase

• telophase

This is a stage in mitosis where chromosomes are lined up in the middle of mitotic equatorial plane. This is

• interphase

• prophase

• metaphase

• anaphase

• telophase

This stage of mitosis has chromosomes assembled at opposite poles, a nuclear envelope forms around each set and is followed by cytokinesis. This is

• interphase

• prophase

• metaphase

• anaphase

• telophase