Take some time to review the conserved sequences found prior to the transcribed

Question

Take some time to review the conserved sequences found prior to the transcribed regions in eukaryotes and prokaryotes, and note the differences between the two.

With this in mind, please choose which of the following statements is completely correct.

In eukaryotes, these conserved sequences include a TTGACAT at -35 and TATAAT at -10 and a Shine-Delgarno sequence that recruits the ribosome to the mRNA. In prokaryotes, these conserved sequences include a TATA box between -25 to -30 and a CAAT box at -75 to -80.

In eukaryotes, these conserved sequences include a TTGACAT at -35 and TATAAT at -10. In prokaryotes, these conserved sequences include a TATA box between -25 to -30 and a CAAT box at -75 to -80 and a Shine-Delgarno sequence that recruits the ribosome to the mRNA.

In both prokaryotes and eukaryotes, these conserved sequences include a TATA box between -25 to -30 and a CAAT box at -75 to -80. The only difference is that prokaryotes have a Shine-Delgarno sequence that recruits the ribosome to the mRNA and eukaryotes lack that sequence.

In prokaryotes, these conserved sequences include a TTGACAT at -35 and TATAAT at -10. In eukaryotes, these conserved sequences include a TATA box between -25 to -30 and a CAAT box at -75 to -80. Both prokaryotes and eukaryotes have a Shine-Delgarno sequence that recruits the ribosome to the mRNA.

In prokaryotes, these conserved sequences include a TTGACAT at -35 and TATAAT at -10. In eukaryotes, these conserved sequences include a TATA box between -25 to -30 and a CAAT box at -75 to -80 and a Shine-Delgarno sequence that recruits the ribosome to the mRNA.

In prokaryotes, these conserved sequences include a TTGACAT at -35 and TATAAT at -10 and a Shine-Delgarno sequence that recruits the ribosome to the mRNA. In eukaryotes, these conserved sequences include a TATA box between -25 to -30 and a CAAT box at -75 to -80.

In eukaryotes, these conserved sequences include a TTGACAT at -35 and TATAAT at -10 and a Shine-Delgarno sequence that recruits the ribosome to the mRNA. In prokaryotes, these conserved sequences include a TATA box between -25 to -30 and a CAAT box at -75 to -80.

In eukaryotes, these conserved sequences include a TTGACAT at -35 and TATAAT at -10. In prokaryotes, these conserved sequences include a TATA box between -25 to -30 and a CAAT box at -75 to -80 and a Shine-Delgarno sequence that recruits the ribosome to the mRNA.

In both prokaryotes and eukaryotes, these conserved sequences include a TATA box between -25 to -30 and a CAAT box at -75 to -80. The only difference is that prokaryotes have a Shine-Delgarno sequence that recruits the ribosome to the mRNA and eukaryotes lack that sequence.

In prokaryotes, these conserved sequences include a TTGACAT at -35 and TATAAT at -10. In eukaryotes, these conserved sequences include a TATA box between -25 to -30 and a CAAT box at -75 to -80. Both prokaryotes and eukaryotes have a Shine-Delgarno sequence that recruits the ribosome to the mRNA.

In prokaryotes, these conserved sequences include a TTGACAT at -35 and TATAAT at -10. In eukaryotes, these conserved sequences include a TATA box between -25 to -30 and a CAAT box at -75 to -80 and a Shine-Delgarno sequence that recruits the ribosome to the mRNA.

In prokaryotes, these conserved sequences include a TTGACAT at -35 and TATAAT at -10 and a Shine-Delgarno sequence that recruits the ribosome to the mRNA. In eukaryotes, these conserved sequences include a TATA box between -25 to -30 and a CAAT box at -75 to -80.

Explanation / Answer

The following statement is correct:

6. In prokaryotes, these conserved sequences include a TTGACAT at -35 and TATAAT at -10. and a Shine - Delgarno sequence that recruits the ribosome to the mRNA. In eukaryotes, these conserved sequences include a TATA box between -25 and -30 and a CAAT box at -75 to -80.

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