Chromosome movement during anaphase is the result of
A) the hydrolysis of ATP by dynein.
B) molecular motors at the kinetochores that move the chromosomes toward the poles.
C) molecular motors at the centrosome that pull the microtubules toward the poles.
D) shortening of the microtubules at the centrosome that pull the chromosomes toward the poles.
E) a, b, and d

Question

Quizplus · Accepted Answer

Chromosome movement during anaphase involves the hydrolysis of ATP by dynein (A), molecular motors at the kinetochores moving chromosomes toward the poles (B), and the shortening of microtubules at the centrosome pulling chromosomes toward the poles (D).

Chromosome Movement During Anaphase Is the Result of