Match the feature of protein synthesis that best matches.

A) neither prokaryotic nor eukaryotic protein synthesis
B) prokaryotic protein synthesis
C) eukaryotic protein synthesis
D) both prokaryotic and eukaryotic protein synthesis

1) AUG is the start codon
2) the initial amino acid is N-formylated
3) requires the presence of eIFs for translational initiation
4) peptide bond formation catalyzed by an RNA molecule
5) presence of Shine–Delgarno sequence
6) mRNA is translated 3' ? 5'


1) D) both prokaryotic and eukaryotic protein synthesis
2) B) prokaryotic protein synthesis
3) C) eukaryotic protein synthesis
4) D) both prokaryotic and eukaryotic protein synthesis
5) B) prokaryotic protein synthesis
6) A) neither prokaryotic nor eukaryotic protein synthesis

Biology & Microbiology

You might also like to view...

Why does active transport require ATP energy?

A. to speed up the rate of facilitated diffusion B. to allow the movement of molecules from low to high concentration C. to maintain homeostasis by consuming ATP D. to both speed up the rate of facilitated diffusion and maintain homeostasis by consuming ATP

Biology & Microbiology

Which of the following drugs target peptidoglycan?

A. Penicillin B. Cephalosporin C. Vancomycin D. Bacitracin E. All of the choices are correct.

Biology & Microbiology

Which component of the blood is most important for clotting?

A. plasma B. leukocytes C. erythrocytes D. platelets E. All of the choices listed for this question are important for clotting.

Biology & Microbiology

The antiparallel polarity of the two DNA strands within the double helix affects DNA replication in that

A) it takes twice as long to replicate two strands sequentially from 5? to 3?. B) circular bacterial DNA does not have polarity, so a single strand can be copied twice. C) DNA polymerases synthesizing both strands move in the direction of the replication fork, one strand is replicated discontinuously. D) each portion of the double helix must be unwound twice so that both strands are replicated continuously.

Biology & Microbiology