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Which statement about cilia and flagella is FALSE? A) The force required for mov

ID: 216183 • Letter: W

Question

Which statement about cilia and flagella is FALSE? A) The force required for movement is generated by dynein motor proteins and ATP hydrolysis. B) Dynamic instability is essential for the sliding action of microtubules past one another, producing the bending action of cilia and flagella. C) Both cilia and flagella can produce swimming action of a single cell through liquid, while cilia can also move liquid over the surface of a multicellular tissue. D) Cilia and flagella have similar structures with a ring of 9 microtubule doublets plus 2 central microtubules. Which statement about cilia and flagella is FALSE? A) The force required for movement is generated by dynein motor proteins and ATP hydrolysis. B) Dynamic instability is essential for the sliding action of microtubules past one another, producing the bending action of cilia and flagella. C) Both cilia and flagella can produce swimming action of a single cell through liquid, while cilia can also move liquid over the surface of a multicellular tissue. D) Cilia and flagella have similar structures with a ring of 9 microtubule doublets plus 2 central microtubules. Which statement about cilia and flagella is FALSE? A) The force required for movement is generated by dynein motor proteins and ATP hydrolysis. B) Dynamic instability is essential for the sliding action of microtubules past one another, producing the bending action of cilia and flagella. C) Both cilia and flagella can produce swimming action of a single cell through liquid, while cilia can also move liquid over the surface of a multicellular tissue. D) Cilia and flagella have similar structures with a ring of 9 microtubule doublets plus 2 central microtubules.

Explanation / Answer

out of the four, the option B seems FALSE.

Dynamic instability is not essential for the sliding action of microtubules past one another, producing the bending action of cilia and flagella

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