The p53 protein is a transcription factor that regulates a cell's progression through the cell cycle after DNA is damaged by ult
raviolet ( UV ) radiation. The p53 pathway is shown in Figure 1.
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Please note: p53 regulating image is for the entire problem, whereas part C image is only for part C.
(a) A skin cell completes one round of the cell cycle. Describe the products.
(b) Based on Figure 1, explain how p53 regulates the cell cycle in the presence of damaged DNA .
(c) Draw an X on the template in the space provided for your response to indicate the phase during which the replication of damaged DNA would occur.
(d) Based on Figure 1, explain how a mutation to p53 may lead to an increased risk of cancer.
Please answer this question! I will give brainliest!
Please note: p53 regulating image is for the entire problem, whereas part C image is only for part C.
(a) A skin cell completes one round of the cell cycle. Describe the products.
(b) Based on Figure 1, explain how p53 regulates the cell cycle in the presence of damaged DNA .
(c) Draw an X on the template in the space provided for your response to indicate the phase during which the replication of damaged DNA would occur.
(d) Based on Figure 1, explain how a mutation to p53 may lead to an increased risk of cancer.
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The diagram is not provided in the question, therefore, the necessary diagram is attached below:
Answer:
conjugation
Explanation:
Conjugation refers to a reproductive process where two organisms of the same species exchange their nuclear material or DNA to create a new organism.
Binary Fission is defined as a method in which a single organism splits into two daughter cells, forming a new organism.
Transduction describes the transfer of foreign DNA into a cell facilitated by a vector.
Transformation refers to the genetic modification process whereby a cell incorporates genetic material from its environment.
Therefore, the diagram illustrates the process of "conjugation".
