Problem: Several examples ofantisense RNA regulating translation in bacterial cells have been discovered, Molecular geneticists have also used antisense RNA to artificially control transcription in both bacterial and eukaryotic genes.If you wanted to inhibit the transcription of a bacterial gene with antisense RNA, what sequence might the antisense RNA contain?A. a sequence that is identical to the gene that codes for RNA polymeraseB. a sequence complementary to the structural geneC. a sequence complementary to the promoter of the operonD. a sequence complementary to the 3' UTRE. a sequence complementary to the 5' UTR

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Bacterial gene expression can be regulated in many critical points. Some control points are found in the transcription process while some are during translation.

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Problem Details

Several examples ofantisense RNA regulating translation in bacterial cells have been discovered, Molecular geneticists have also used antisense RNA to artificially control transcription in both bacterial and eukaryotic genes.

If you wanted to inhibit the transcription of a bacterial gene with antisense RNA, what sequence might the antisense RNA contain?

A. a sequence that is identical to the gene that codes for RNA polymerase

B. a sequence complementary to the structural gene

C. a sequence complementary to the promoter of the operon

D. a sequence complementary to the 3' UTR

E. a sequence complementary to the 5' UTR

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Our tutors have indicated that to solve this problem you will need to apply the Bacterial Gene Regulation concept. You can view video lessons to learn Bacterial Gene Regulation. Or if you need more Bacterial Gene Regulation practice, you can also practice Bacterial Gene Regulation practice problems.

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Based on our data, we think this problem is relevant for Professor Molofsky & Stratton's class at VERMONT.