Why the coupled transcription and translation mechanism of regulation would not be appropriate for regulating the genes involved in the utilization of lactose. Introduction: Attenuation can be defined as the mechanism through which the transcription process is regulated after the initiation of messenger RNA synthesis. This mechanism relies on the alternative stem-loop structure of the messenger RNA. In the prokaryotic cells, the translation as well as the translation process are coupled. Both the process occurs in the cytoplasm of the prokaryotes.

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Chapter 7, Problem 3AQ

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Why the coupled transcription and translation mechanism of regulation would not be appropriate for regulating the genes involved in the utilization of lactose.

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Attenuation can be defined as the mechanism through which the transcription process is regulated after the initiation of messenger RNA synthesis. This mechanism relies on the alternative stem-loop structure of the messenger RNA. In the prokaryotic cells, the translation as well as the translation process are coupled. Both the process occurs in the cytoplasm of the prokaryotes.

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