Q. Which of the elongation factor binds to amino acyl tRNA?

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Q. EF-Tu GTP complex is ____________

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Q. After the Ef-G cycle the A site_________

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Q. The E site of the ribosome has a high affinity for___________

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Q. What is the rate of translation in prokaryotes under adequate conditions?

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Q. According to the hybrid state model, if we consider the hybrid state of a tRNA such that its base is bound to the P site of 30S subunit, where will its head be bound?

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Q. If a peptide is 160 amino acids long, How many GTP and ATP molecules does it use for elongation?

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Q. How many factors play a role in termination of translation?

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Q. Which of these factors can recognize the UAA stop codon?

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Q. Binding of RF3.GTP to the ribosome helps in release of the ____________

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Q. Which factor or factors lead to the ultimate disassembly of the ribosomal complex?

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Q. Which factors lead to disassociation of the ribosomal subunits?

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Q. What is the eukaryotic homologue for EF-G?

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Q. The eukaryotic initiation codon recognizes________

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Q. EF2 structurally mimics_______

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Q. During translation RF1 recognizes the stop codon UGA and translation come to a halt as RF3 is called in.

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Q. What is the final factor in eukaryotes that releases the peptide and ribosome?

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Q. A frame shift mutation can lead to alternate proteins.

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Q. Which of the following will effectively cause normal translation from an initiation AUG, blocked by a strong AUG upstream?

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Q. In Eukaryotes the region between 1st AUG and 5’-G cap is known as ___________

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