Imagine that there are mutations in the CDK genes such that their gene products are nonfunctional. What effect would mutation have on an immature unspecialized blood cell precursor found in the bone marrow? The cell would not be able to reproduce itself. The cell would complete the cell cycle using cyclins in the absence of CDKS. The cell would be able to replicate its DNA but not translate DNA into RNA. The cell would be able to enter mitosis but not complete it. The cell would still phosphorylate the CDK-associated target proteins, and would do so more quickly. O O O

Human Anatomy & Physiology (11th Edition)
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Author:Elaine N. Marieb, Katja N. Hoehn
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Chapter1: The Human Body: An Orientation
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Imagine that there are mutations in the CDK genes such that their gene products are nonfunctional. What effect would this
mutation have on an immature unspecialized blood cell precursor found in the bone marrow?
The cell would not be able to reproduce itself.
The cell would complete the cell cycle using cyclins in the absence of CDKS.
The cell would be able to replicate its DNA but not translate DNA into RNA.
The cell would be able to enter mitosis but not complete it.
The cell would still phosphorylate the CDK-associated target proteins, and would do so more quickly.
Transcribed Image Text:Imagine that there are mutations in the CDK genes such that their gene products are nonfunctional. What effect would this mutation have on an immature unspecialized blood cell precursor found in the bone marrow? The cell would not be able to reproduce itself. The cell would complete the cell cycle using cyclins in the absence of CDKS. The cell would be able to replicate its DNA but not translate DNA into RNA. The cell would be able to enter mitosis but not complete it. The cell would still phosphorylate the CDK-associated target proteins, and would do so more quickly.
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