**DNA Transcription Exercise**1. **Draw a DNA Helix**: Begin by drawing a DNA helix opened up to copy a single gene. Note: *Careful, this is not a replication bubble*. Lines can be straight and parallel if preferred.2. **Indicate Transcription Start**: On the bottom strand, starting in the middle and pointing to the left, draw a 90-degree arrow to indicate the start of transcription.3. **Add DNA Bases**: Choose 10 DNA bases (A, T, C, or G) and add them along the bottom line to the left of the 90-degree arrow.4. **Complementary Bases**: On the top line, add the complementary DNA bases corresponding to the ones chosen in the previous step.5. **Transcribe to RNA**: Starting at the 90-degree arrow, transcribe the DNA into RNA by writing the appropriate RNA bases. Label this sequence as mRNA.6. **Label Ends**: Clearly label the 5' and 3' ends of all nucleic acids in your diagram.7. **Identify Strands**: Label the template strand and the coding strand of the DNA.8. **Indicate Promoter**: Ensure the promoter is clearly labeled in your drawing.*(Practice Exercise)*: Repeat steps 1-8, experimenting with all four possible orientations of the DNA helix. Try the bottom arrow facing left or right, and the top arrow facing left or right.

Name: **DNA Transcription Exercise**1. **Draw a DNA Helix**: Begin by drawi
Uploaded: 2024-03-20T06:42:41.000Z
Channel: Bartleby
Description: **DNA Transcription Exercise**1. **Draw a DNA Helix**: Begin by drawing a DNA helix opened up to copy a single gene. Note: *Careful, this is not a replication bubble*. Lines can be straight and parallel if preferred.2. **Indicate Transcription Start