Multiple Choice
EDTA is a chemical that binds to and removes (chelates) divalent cations from solution. Treatment of isolated axonemes with EDTA leads to the removal of the inner and outer arms extending from the A microtubules of the axoneme. Which of the following statements would appear to be true based on this information?
A) Potassium ions are required for dynein to bind to the A tubules of the axoneme.
B) Chlorine ions are required for dynein to bind to the A tubules of the axoneme.
C) Magnesium ions are required for dynein to bind to the A tubules of the axoneme.
D) Magnesium ions are required for tubulin to bind to the A tubules of the axoneme.
E) Sodium ions are required for tubulin to bind to the A tubules of the axoneme.
Correct Answer:
Verified
Correct Answer:
Verified
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