中国大学MOOC: The force for axoneme bending is derived from the

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2022-05-31 问题

中国大学MOOC: The force for axoneme bending is derived from the

2022-05-31 问题

中国大学MOOC: 14. The force for axoneme bending is derived from the

2022-05-31 问题

The force for axoneme bending is derived from the A: sliding movement of central pair microtubules. B: contraction of central pair microtubules. C: sliding movement of outer doublet microtubules. D: contraction of outer doublet microtubules.

The force for axoneme bending is derived from the A: sliding movement of central pair microtubules. B: contraction of central pair microtubules. C: sliding movement of outer doublet microtubules. D: contraction of outer doublet microtubules.

2022-05-31 问题

The force for axoneme bending is derived from the A: sliding movement of central pair microtubules. B: contraction of central pair microtubules. C: sliding movement of outer doublet microtubules. D: contraction of outer doublet microtubules.

中国大学MOOC: The force for axoneme bending is derived from the

中国大学MOOC: 14. The force for axoneme bending is derived from the

The force for axoneme bending is derived from the A: sliding movement of central pair microtubules. B: contraction of central pair microtubules. C: sliding movement of outer doublet microtubules. D: contraction of outer doublet microtubules.

The force for axoneme bending is derived from the​ A: sliding movement of central pair microtubules. B: contraction of central pair microtubules. C: sliding movement of outer doublet microtubules. D: contraction of outer doublet microtubules.

The force for axoneme bending is derived from the A: sliding movement of central pair microtubules. B: contraction of central pair microtubules. C: sliding movement of outer doublet microtubules. D: contraction of outer doublet microtubules.