Show transcribed image text A. Yes, because there is no tRNA to bind the stop codon so translation stops at this codon. B. Yes, because release factors bind to the ribosome when a stop codon occupies the A site C. No, because the stop codon in the intron will be spliced out of the mRNA prior to D. No, because stopping translation requires three stop codons, one for each site in the ribosome. Use this information and the diagrams at the end of the exam to answer the next 5 q uestions is a naturally occ soil bacterium, which i to create (GMOs). A. rumefaciens contains a plasmid with Vir genes that are used when A tamefaciens infects plants and when it is used to transfer genes into a plant's genome. 22. Which Vir gerñes are constitutively expressed (meaning that they are expressed all the time, not just in response to the signal)? Vir A and Vir G Vir A only C. Vir B-F D Vir A-F Del ything
A. Yes, because there is no tRNA to bind the stop codon so translation stops at this codon. B. Yes, because release factors bind to the ribosome when a stop codon occupies the A site C. No, because the stop codon in the intron will be spliced out of the mRNA prior to D. No, because stopping translation requires three stop codons, one for each site in the ribosome. Use this information and the diagrams at the end of the exam to answer the next 5 q uestions is a naturally occ soil bacterium, which i to create (GMOs). A. rumefaciens contains a plasmid with Vir genes that are used when A tamefaciens infects plants and when it is used to transfer genes into a plant's genome. 22. Which Vir gerñes are constitutively expressed (meaning that they are expressed all the time, not just in response to the signal)? Vir A and Vir G Vir A only C. Vir B-F D Vir A-F Del ything
ScholarMatic: Explanation & Answer
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