To answer the question regarding where the repressor binds in an operon, it's essential to understand the function of each component involved in the operon model.

### Key Components of an Operon:
1. **Promoter**: A region where RNA polymerase binds to initiate transcription.
2. **Operator**: A segment of DNA that is bound by the repressor, which regulates transcription.
3. **Inducer**: A molecule that can inactivate the repressor, allowing transcription to occur.
4. **Genes**: Sequences that encode proteins.

### Correct Answer
The repressor binds to the **operator** in an operon. This binding prevents transcription of the downstream genes by blocking RNA polymerase from accessing the promoter region.

Therefore, the complete response to your question is:

The repressor binds to the **operator**.

Question

To answer the question regarding where the repressor binds in an operon, it's essential to understand the function of each component involved in the operon model.

### Key Components of an Operon:
1. **Promoter**: A region where RNA polymerase binds to initiate transcription.
2. **Operator**: A segment of DNA that is bound by the repressor, which regulates transcription.
3. **Inducer**: A molecule that can inactivate the repressor, allowing transcription to occur.
4. **Genes**: Sequences that encode proteins.

### Correct Answer
The repressor binds to the **operator** in an operon. This binding prevents transcription of the downstream genes by blocking RNA polymerase from accessing the promoter region.

Therefore, the complete response to your question is:

The repressor binds to the **operator**.

Knowee AI · Accepted Answer

To answer the question regarding where the repressor binds in an operon, it's essential to understand the function of each component involved in the operon model.

### Key Components of an Operon:
1. **Promoter**: A region where RNA polymerase binds to initiate transcription.
2. **Operator**: A segment of DNA that is bound by the repressor, which regulates transcription.
3. **Inducer**: A molecule that can inactivate the repressor, allowing transcription to occur.
4. **Genes**: Sequences that encode proteins.

### Correct Answer
The repressor binds to the **operator** in an operon. This binding prevents transcription of the downstream genes by blocking RNA polymerase from accessing the promoter region.

Therefore, the complete response to your question is:

The repressor binds to the **operator**.

In an operon, the repressor binds to the _______.ANSWERpromoteroperatorinducergenes

Question

Solution

Key Components of an Operon:

Correct Answer

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