Part A) Is attenuation the product of an allosteric effect? A. Yes B. No Part B)

Question

Part A) Is attenuation the product of an allosteric effect?

A. Yes

B. No

Part B) Why?

D) It does not involve changes in nucleotide sequence.

Part C) Is attenuation the result of transcriptional or translational activity?

A) It does not involve feedback inhibition of gene transcription. B) It does not involve binding of the repressor protein. C) It does not involve conformational changes in protein structure.

D) It does not involve changes in nucleotide sequence.

Part C) Is attenuation the result of transcriptional or translational activity?

A) Attenuation is the result of translational activity. B) Attenuation is the result of transcriptional activity. C) Attenuation is the result of both transcriptional and translational activities. D) Attenuation is the result of neither transcriptional nor translational activities.

Explanation / Answer

part A.

Answer. B. No

part B.

Answer. B. It does not involve binding of repressor protein

part C.

Answer: C

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