In the polymerization in vitro of actin filaments and microtubules from their subunits, what does the "lag phase" correspond to?
A) Nucleation
B) Reaching steady state
C) Nucleotide exchange
D) ATP or GTP hydrolysis
E) Treadmilling
Correct Answer:
Verified
Q1: According to the following graph, which shows
Q3: Consider the ATP-bound and ADP-bound forms of
Q4: The actin-nucleating protein formin has flexible "whiskers"
Q5: Fill in the blank: Each microtubule is
Q6: Which of the following cytoskeletal filaments are
Q7: If the concentration of free subunits is
Q8: Indicate true (T) and false (F) statements
Q9: In the following graph of actin elongation
Q10: Which of the following is an actin
Q11: F-actin is not a straight polymer but
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