Which of the following statements regarding DNA synthesis at the ends of linear chromosomes is true

Human Anatomy & Physiology (11th Edition)
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Which of the following statements regarding DNA synthesis at the ends of linear chromosomes is true?
Vhich of the following statements regarding DNA synthesis at the ends of linear chromosomes is true?
Telomerase, an enzyme composed of both RNA and protein, functions by cleaving the 3' overhangs that are left by DNA polymerase.
Because DNA polymerase has proofreading capabilities, replication at the ends of linear chromosomes is usually error-free, and
O II. telomerase, an enzyme composed of both RNA and protein, simply ensures that any incorporated errors are corrected.
DNA synthesis at the ends of linear chromosomes is a problem also observed in prokaryotic cells.
II.
Cancer in humans is associated with a reduction in the activity of telomerase.
DIV.
Because DNA polymerase is not able to initiate strand synthesis, linear chromosomes will have a 3' overhang at their ends. This is
OV. corrected by telomerase, an enzyme composed of both RNA and protein, which extends the ends of eukaryotic chromosomes.
Transcribed Image Text:Vhich of the following statements regarding DNA synthesis at the ends of linear chromosomes is true? Telomerase, an enzyme composed of both RNA and protein, functions by cleaving the 3' overhangs that are left by DNA polymerase. Because DNA polymerase has proofreading capabilities, replication at the ends of linear chromosomes is usually error-free, and O II. telomerase, an enzyme composed of both RNA and protein, simply ensures that any incorporated errors are corrected. DNA synthesis at the ends of linear chromosomes is a problem also observed in prokaryotic cells. II. Cancer in humans is associated with a reduction in the activity of telomerase. DIV. Because DNA polymerase is not able to initiate strand synthesis, linear chromosomes will have a 3' overhang at their ends. This is OV. corrected by telomerase, an enzyme composed of both RNA and protein, which extends the ends of eukaryotic chromosomes.
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