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Mitosis vs. Cytokinesis Mitosis - a process of nuclear division; results in the formation of two new nuclei. Cytokinesis - the division of the cytoplasm into two masses. a. In plant cells, the cell plate forms to begin the new cell wall in between the daughter cells.

Mitosis vs. Cytokinesis Mitosis - a process of nuclear division; results in the formation of two new nuclei. Cytokinesis - the division of the cytoplasm

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Page 1: Mitosis vs. Cytokinesis Mitosis - a process of nuclear division; results in the formation of two new nuclei. Cytokinesis - the division of the cytoplasm

Mitosis vs. Cytokinesis

• Mitosis - a process of nuclear division; results in the formation of two new nuclei.

• Cytokinesis - the division of the cytoplasm into two masses.

a. In plant cells, the cell plate forms to begin the new cell wall in between the daughter cells. b. In animal cells, the cleavage furrow serves to pinch off the two new daughter cells

Page 2: Mitosis vs. Cytokinesis Mitosis - a process of nuclear division; results in the formation of two new nuclei. Cytokinesis - the division of the cytoplasm

Mitosis in Animal Cells

Fig. 29 p. 125

Page 3: Mitosis vs. Cytokinesis Mitosis - a process of nuclear division; results in the formation of two new nuclei. Cytokinesis - the division of the cytoplasm

2. The karyotype is a visual representation of the chromosome complement in each cella. One chromosome from the pair is from the mother and the other from the father.b. This cell’s karyotype is diploid (2N), meaning that the cell has

a pair of homologous chromosomes. c. A cell is haploid (1N) if it only has one set of chromosomes.

This is true of gametes (egg and sperm)

Page 4: Mitosis vs. Cytokinesis Mitosis - a process of nuclear division; results in the formation of two new nuclei. Cytokinesis - the division of the cytoplasm