Discussion
An in vitro transcription/translation system was set up to express the isolated genes.
Which alteration in the system would allow the gene from family A to be translated into a fully functional protein?
*This question is included in 06. Transcription and Translation, question #4
Which alteration in the system would allow the gene from family A to be translated into a fully functional protein?
| (A) | Include a ribosome that would not recognize the codon AGA. |
| (B) | ... |
| (C) | ... |
| (D) | ... |
| (E) | ... |
| (F) | ... |
The solution is
Posted: 02/05/2013 12:27
Answer choices for questions 1 through 4 need to be fixed.
Posted: 02/05/2013 14:16
Zane, our apology about the error. Here are the fixed set of choices:
Which alteration in the system would allow the gene from family A to be translated into a fully functional protein?
(A) Include a ribosome that would not recognize the codon AGA.
(B) Use a tRNA with the anticodon UCU that carries the amino acid serine.
(C) Replace the normal splicing machinery with one that will remove the incorrect codon.
(D) Substitute the normal RNA polymerase with one that randomly makes mistakes to correct the mutation.
Which alteration in the system would allow the gene from family A to be translated into a fully functional protein?
(A) Include a ribosome that would not recognize the codon AGA.
(B) Use a tRNA with the anticodon UCU that carries the amino acid serine.
(C) Replace the normal splicing machinery with one that will remove the incorrect codon.
(D) Substitute the normal RNA polymerase with one that randomly makes mistakes to correct the mutation.
Posted: 05/16/2013 12:43
Why is it b and not c?
Posted: 05/16/2013 21:28
Kiki, why did you think it was not?
Posted: 08/15/2013 16:13
Shouldn't the anticodon in b read "acu"?