Use this diagram of a eukaryotic gene to answer the following questions. Pay close attention to the requested format of your answers. Do not consider any RNA or protein processing events in your answers. transcription terminates promoter (transcription initiates here) here 3'-TACATGGAGGGTCGTACTAATTATGGATCTAGTTATCATGTA-5' 5'-ATGTACCTCCCAGCATGATTAATACCTAGATCAATAGTACAT-3' 1. The type your answer... I strand will be used as the template for transcription. (enter only top or bottom; any deviation from this answers will receive no credit. The sequence of the RNA encoded by the gene is type your answer... Type in only the nucleotide sequence of the RNA in the 5' to 3' direction (do not label the ends or add any punctuation marks or spaces). The sequence of the protein encoded by the gene is type your answer... Type the protein sequence using the single-letter amino acid abbreviations from its N to C terminus. Do not label the ends or add any spaces or punctuation marks! Next

Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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**Transcription and Translation Exercise**

Use this diagram of a eukaryotic gene to answer the following questions. Pay close attention to the requested format of your answers. Do not consider any RNA or protein processing events in your answers.

**Diagram of Gene:**

```
3' - TACATGGGTGACTAATAGG - 5'
5' - ATGTACCCACTGATTATCC - 3'
```

- **Transcription Initiates Here:** Downstream on the 3' to 5' strand
- **Transcription Terminates Here:** End of the sequence
  
**Questions:**

1. **Type in which strand and the direction (left or right) from your viewpoint is used as the template for transcription (enter only top or bottom, any deviation from this answer will receive no credit):**  
   [Type your answer]

2. **Type in the predicted sequence of the RNA in the 5' to 3' direction (do not label the ends or add any punctuation marks or spaces):**  
   [Type your answer]

3. **Type in the protein encoded by the gene using single-letter amino acid abbreviations from its N-terminus to C-terminus. Do not label the ends or add any spaces or punctuation marks:**  
   [Type your answer]

**Instructions:** 
- Use only the information provided in the diagram.
- Provide answers in the specified formats to ensure credit.
- The sequence of the RNA encoded by the gene is transcribed from the template strand.

**Note:** It is crucial to ensure accuracy in determining the correct template strand, transcription direction, and subsequent RNA and protein sequences.
Transcribed Image Text:**Transcription and Translation Exercise** Use this diagram of a eukaryotic gene to answer the following questions. Pay close attention to the requested format of your answers. Do not consider any RNA or protein processing events in your answers. **Diagram of Gene:** ``` 3' - TACATGGGTGACTAATAGG - 5' 5' - ATGTACCCACTGATTATCC - 3' ``` - **Transcription Initiates Here:** Downstream on the 3' to 5' strand - **Transcription Terminates Here:** End of the sequence **Questions:** 1. **Type in which strand and the direction (left or right) from your viewpoint is used as the template for transcription (enter only top or bottom, any deviation from this answer will receive no credit):** [Type your answer] 2. **Type in the predicted sequence of the RNA in the 5' to 3' direction (do not label the ends or add any punctuation marks or spaces):** [Type your answer] 3. **Type in the protein encoded by the gene using single-letter amino acid abbreviations from its N-terminus to C-terminus. Do not label the ends or add any spaces or punctuation marks:** [Type your answer] **Instructions:** - Use only the information provided in the diagram. - Provide answers in the specified formats to ensure credit. - The sequence of the RNA encoded by the gene is transcribed from the template strand. **Note:** It is crucial to ensure accuracy in determining the correct template strand, transcription direction, and subsequent RNA and protein sequences.
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