What are the minimum sequences necessary for translation in bacteria? Question o

Question

What are the minimum sequences necessary for translation in bacteria?

Question options:

cap, start codon, stop codon.

enhancers, silencers, operator, promoter, polyadenylation signal.

5 prime end of RNA, GU-splice site, branch point-A, AG-splice site, polyadenylation signal.

repressors, activators, cap, start codon, stop codon.

promoters, GU-splice site, branch point-A, AG-splice site, polyadenylation signal.

enhancers, silencers, promoters, polyadenylation signal.

repressors, activators.

attenuators, Shine-Dalgarno sequence, start codon, stop codon

activator binding site, promoter, operator, termination site

Shine-Dalgarno sequence, start codon, stop codon.

attenuator sequence

start codon, stop codon

cap, start codon, stop codon.

enhancers, silencers, operator, promoter, polyadenylation signal.

5 prime end of RNA, GU-splice site, branch point-A, AG-splice site, polyadenylation signal.

repressors, activators, cap, start codon, stop codon.

promoters, GU-splice site, branch point-A, AG-splice site, polyadenylation signal.

enhancers, silencers, promoters, polyadenylation signal.

repressors, activators.

attenuators, Shine-Dalgarno sequence, start codon, stop codon

activator binding site, promoter, operator, termination site

Shine-Dalgarno sequence, start codon, stop codon.

attenuator sequence

start codon, stop codon

Explanation / Answer

start codon
operator
5 prime end of RNA
activators
promoter
polyadenylation signal
repressors
Shine-Dalgarno sequence
termination site
stop codon

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