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Title of the Activity: PHASE TO PHASE! Part I: Direction: Identify what is referred in the following statements. Write the capital letter of you answer on the space provided. Refer to the choices below. A. Interphase B. GI Phase C. S Phase D. G2 Phase E. Go Phase F. Prophase G. Metaphase H. Anaphase I. Telophase 1. After this phase, cytokinesis occurs. 2. It is the point where the cell is in its quiescent phase. _3. This is the point where the DNA replication takes place. _4. It is the point where the chromosomes align at the equatorial plate. 5. It is the point where the spindle fibers attached to the chromosomes. 6. It is the collective term use for the preparation of the cell for division. 7. It is the point at which the cell irreversibly commits to the cell-division process. _8. It is the point where the cell increases in size and the cellular contents duplicates. 9. It is the point where the sister chromatids move apart towards the opposite poles. 10. It is the point where the nucleolus of the cell disintegrates and the spinder fiber аppears. 11. It is the point where the nuclear membrane reforms and the chromosomes decondenses. 12. It ensures that all the chromosomes have been replicated and that the replicated DNA is not damage.

Title of the Activity: PHASE TO PHASE! Part I: Direction: Identify what is referred in the following statements. Write the capital letter of you answer on the space provided. Refer to the choices below. A. Interphase B. GI Phase C. S Phase D. G2 Phase E. Go Phase F. Prophase G. Metaphase H. Anaphase I. Telophase 1. After this phase, cytokinesis occurs. 2. It is the point where the cell is in its quiescent phase. _3. This is the point where the DNA replication takes place. _4. It is the point where the chromosomes align at the equatorial plate. 5. It is the point where the spindle fibers attached to the chromosomes. 6. It is the collective term use for the preparation of the cell for division. 7. It is the point at which the cell irreversibly commits to the cell-division process. _8. It is the point where the cell increases in size and the cellular contents duplicates. 9. It is the point where the sister chromatids move apart towards the opposite poles. 10. It is the point where the nucleolus of the cell disintegrates and the spinder fiber аppears. 11. It is the point where the nuclear membrane reforms and the chromosomes decondenses. 12. It ensures that all the chromosomes have been replicated and that the replicated DNA is not damage.

Human Anatomy & Physiology (11th Edition)
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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Title of the Activity: PHASE TO PHASE! 1 of 3 Part I: Direction: Identify what is referred in the following statements. Write the capital letter of you answer on the space provided. Refer to the choices below. A. Interphase B. Gj Phase C. S Phase D. G2 Phase E. Go Phase F. Prophase G. Metaphase H. Anaphase I. Telophase 1. After this phase, cytokinesis occurs. 2. It is the point where the cell is in its quiescent phase. 3. This is the point where the DNA replication takes place. _4. It is the point where the chromosomes align at the equatorial plate. 5. It is the point where the spindle fibers attached to the chromosomes. 6. It is the collective term use for the preparation of the cell for division. 7. It is the point at which the cell irreversibly commits to the cell-division process. _8. It is the point where the cell increases in size and the cellular contents duplicates. 9. It is the point where the sister chromatids move apart towards the opposite poles. 10. It is the point where the nucleolus of the cell disintegrates and the spinder fiber appears. 11. It is the point where the nuclear membrane reforms and the chromosomes decondenses. 12. It ensures that all the chromosomes have been replicated and that the replicated DNA is not damage. Part II. Direction: Arrange the order of events of the cell cycle by writing no 1-8. 1. The cell replicates the genetic material. 2. The chromosomes align at the equatorial plate. 3. The two new cells separate through cytokinesis. 4. The cell increases in size and cellular contents duplicates. 5. The sister chromatids move apart towards the opposite poles. 6. The nuclear membrane begins to reform, and spindle fiber disappear. 7. The cell ensures that all of the chromosomes have been replicated and not damaged. 8. The nucleolus disintegrates and spindle fibers appear and begin to attach to the chromosomes.
Transcribed Image Text:Title of the Activity: PHASE TO PHASE! 1 of 3 Part I: Direction: Identify what is referred in the following statements. Write the capital letter of you answer on the space provided. Refer to the choices below. A. Interphase B. Gj Phase C. S Phase D. G2 Phase E. Go Phase F. Prophase G. Metaphase H. Anaphase I. Telophase 1. After this phase, cytokinesis occurs. 2. It is the point where the cell is in its quiescent phase. 3. This is the point where the DNA replication takes place. _4. It is the point where the chromosomes align at the equatorial plate. 5. It is the point where the spindle fibers attached to the chromosomes. 6. It is the collective term use for the preparation of the cell for division. 7. It is the point at which the cell irreversibly commits to the cell-division process. _8. It is the point where the cell increases in size and the cellular contents duplicates. 9. It is the point where the sister chromatids move apart towards the opposite poles. 10. It is the point where the nucleolus of the cell disintegrates and the spinder fiber appears. 11. It is the point where the nuclear membrane reforms and the chromosomes decondenses. 12. It ensures that all the chromosomes have been replicated and that the replicated DNA is not damage. Part II. Direction: Arrange the order of events of the cell cycle by writing no 1-8. 1. The cell replicates the genetic material. 2. The chromosomes align at the equatorial plate. 3. The two new cells separate through cytokinesis. 4. The cell increases in size and cellular contents duplicates. 5. The sister chromatids move apart towards the opposite poles. 6. The nuclear membrane begins to reform, and spindle fiber disappear. 7. The cell ensures that all of the chromosomes have been replicated and not damaged. 8. The nucleolus disintegrates and spindle fibers appear and begin to attach to the chromosomes.
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