use this sequence for the next three questions 5' AUG UCG CAG ACU CGG 3' 7. if you modified the tRNA with the anticodon CGA so that it binds to glycine at its 3' end, what would be the sequence of this peptide be? remember n and c
Added by Juana J.
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The given mRNA sequence is 5' AUG UCG CAG ACU CGG 3'. We can break this down into codons: - AUG - UCG - CAG - ACU - CGG Show more…
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MSYG Question 27 Which of the following RNAs could encode the peptide in the question above? 5'-AUGAAGUUCGCAUGA 5'-AUGCUGUUCAGGUGA 5'-UGACUUUUUGCUGA 5'-AUGCUUUUUGCGUGA
Supreeta N.
A transfer RNA with a UGU anticodon is enzymatically conjugated to $^{14}$ C-labeled cysteine. The cysteine unit is then chemically modified to alanine (with the use of Raney nickel, which removes the sulfur atom of cysteine). The altered aminoacyl-tRNA is added to a protein-synthesizing system containing normal components except for this tRNA. The mRNA added to this mixture contains the following sequence: $$5^{\prime}-U U U U G C C A U G U U U G U G C U-3^{\prime}$$ What is the sequence of the corresponding radiolabeled peptide?
Translate this RNA sequence into an amino acid sequence: 5'-AUG GGC UAC CGA-3'?
Mystique T.
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