Let's say that an experiment had no disruption to kinetochores and you are able to inactivate the CDC 14 phosphatase, which acts to remove phosphate groups from substrates that were previously phosphorylated by active MPF. What effect, if any, would this have on (i) the duration (length) of the mitotic phase, (ii) the timing of cyclin B’s appearance or disappearance, and (iii) the period of time for which MPF is active? Briefly explain your reasoning
Let's say that an experiment had no disruption to kinetochores and you are able to inactivate the CDC 14 phosphatase, which acts to remove phosphate groups from substrates that were previously phosphorylated by active MPF. What effect, if any, would this have on (i) the duration (length) of the mitotic phase, (ii) the timing of cyclin B’s appearance or disappearance, and (iii) the period of time for which MPF is active? Briefly explain your reasoning
Biology 2e
2nd Edition
ISBN:9781947172517
Author:Matthew Douglas, Jung Choi, Mary Ann Clark
Publisher:Matthew Douglas, Jung Choi, Mary Ann Clark
Chapter10: Cell Reproduction
Section: Chapter Questions
Problem 45CTQ: Describe how the duplicated bacterial chromosomes are distributed into new daughter cells without...
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Let's say that an experiment had no disruption to kinetochores and you are able to inactivate the CDC 14 phosphatase, which acts to remove phosphate groups from substrates that were previously phosphorylated by active MPF. What effect, if any, would this have on (i) the duration (length) of the mitotic phase, (ii) the timing of cyclin B’s appearance or disappearance, and (iii) the period of time for which MPF is active? Briefly explain your reasoning
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