Question

Ciliobrevins are specific small molecule inhibitors of the AAA+ domain of cytoplasmic dynein. For each of the following processes, would ciliobrevins disrupt the process or not? Movement of vesicles toward the minus ends of microtubules Movement of vesicle-packaged cargo from the Golgi to the ER or cell periphery Contraction of smooth muscle cells Swimming of human sperm Movement of materials along cilia and flagella would be disrupted would not be disrupted

          Ciliobrevins are specific small molecule inhibitors of the AAA+ domain of cytoplasmic dynein. For each of the following processes, would ciliobrevins disrupt the process or not?

Movement of vesicles toward the minus ends of microtubules
Movement of vesicle-packaged cargo from the Golgi to the ER or cell periphery
Contraction of smooth muscle cells
Swimming of human sperm
Movement of materials along cilia and flagella

would be disrupted
would not be disrupted

Ciliobrevins are specific small molecule inhibitors of the AAA+ domain of cytoplasmic dynein. For each of the following processes, would ciliobrevins disrupt the process or not?

Movement of vesicles toward the minus ends of microtubules
Movement of vesicle-packaged cargo from the Golgi to the ER or cell periphery
Contraction of smooth muscle cells
Swimming of human sperm
Movement of materials along cilia and flagella

would be disrupted
would not be disrupted

Added by Noelia H.

Biology for AP Courses

Julianne Zedalis, John Eggebrecht

Instant Answer

Solved by Expert Adi S

07/13/2024

Step 1

- Cytoplasmic dynein is a motor protein that moves along microtubules towards the minus end, which is typically oriented towards the cell center. It is involved in various cellular processes, including vesicle transport, organelle positioning, and movement of Show more…

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Ciliobrevins are specific small molecule inhibitors of the AAA+ domain of cytoplasmic dynein. For each of the following processes, would ciliobrevins disrupt the process or not? Movement of vesicles toward the minus ends of microtubules Movement of vesicle-packaged cargo from the Golgi to the ER or cell periphery Contraction of smooth muscle cells Swimming of human sperm Movement of materials along cilia and flagella would be disrupted would not be disrupted