Chapter 10: Q. 42 (page 278)
List the regulatory mechanisms that might be lost in a
cell producing faulty p53.
Short Answer
(a.) Damaged DNA monitoring.
(b.) Apoptosis triggering
(c.) Recruitment of repair enzymes
Chapter 10: Q. 42 (page 278)
List the regulatory mechanisms that might be lost in a
cell producing faulty p53.
(a.) Damaged DNA monitoring.
(b.) Apoptosis triggering
(c.) Recruitment of repair enzymes
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Get started for freeA mutated gene that codes for an altered version of Cdk that is active in the absence of cyclin is a(n) _____.
a. kinase inhibitor.
b. tumor suppressor gene.
c. proto-oncogene.
d. oncogene.
Describe how the duplicated bacterial chromosomes are distributed into new daughter cells without the direction of the mitotic spindle.
___________ are changes to the order of nucleotides in a segment of DNA that codes for a protein.
a. Proto-oncogenes
b. Tumor suppressor genes
c. Gene mutations
d. Negative regulators
The fusing of Golgi vesicles at the metaphase plate of dividing plant cells forms what structure?
a. cell plate
b. actin ring
c. cleavage furrow
d. mitotic spindle
Compare and contrast the roles of the positive cell-cycle regulators negative regulators.
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