Podcast
Questions and Answers
What are the three stop codons required for the termination of translation?
What are the three stop codons required for the termination of translation?
- UAA, UGG, UAG
- UAA, UGG, UGC
- UAG, UGG, UGA
- UAA, UAG, UGA (correct)
How many release factors are required for sensing stop codons?
How many release factors are required for sensing stop codons?
- Three (correct)
- Two
- Four
- One
Which release factor is responsible for recognizing UAA and UAG stop codons?
Which release factor is responsible for recognizing UAA and UAG stop codons?
- eEF
- RF1 (correct)
- RF2
- RF3
Which release factor is responsible for recognizing UAA and UGA stop codons?
Which release factor is responsible for recognizing UAA and UGA stop codons?
Is there a tRNA for the stop codons?
Is there a tRNA for the stop codons?
What is the function of RF3?
What is the function of RF3?
How many release factors are required for termination of translation in eukaryotes?
How many release factors are required for termination of translation in eukaryotes?
What is the role of eEF in termination of translation in eukaryotes?
What is the role of eEF in termination of translation in eukaryotes?
What happens when release factors bind with the A-site?
What happens when release factors bind with the A-site?
What is the role of RF1 in termination of translation?
What is the role of RF1 in termination of translation?
What is the role of RF2 in termination of translation?
What is the role of RF2 in termination of translation?
What is the function of release factors in termination of translation?
What is the function of release factors in termination of translation?
What are the three stop codons required for the termination of translation?
What are the three stop codons required for the termination of translation?
How many release factors are required for sensing stop codons?
How many release factors are required for sensing stop codons?
Which release factor is responsible for recognizing UAA and UAG stop codons?
Which release factor is responsible for recognizing UAA and UAG stop codons?
Which release factor is responsible for recognizing UAA and UGA stop codons?
Which release factor is responsible for recognizing UAA and UGA stop codons?
Is there a tRNA for the stop codons?
Is there a tRNA for the stop codons?
What is the function of RF3?
What is the function of RF3?
How many release factors are required for termination of translation in eukaryotes?
How many release factors are required for termination of translation in eukaryotes?
What is the role of eEF in termination of translation in eukaryotes?
What is the role of eEF in termination of translation in eukaryotes?
What happens when release factors bind with the A-site?
What happens when release factors bind with the A-site?
What is the role of RF1 in termination of translation?
What is the role of RF1 in termination of translation?
What is the role of RF2 in termination of translation?
What is the role of RF2 in termination of translation?
What is the function of release factors in termination of translation?
What is the function of release factors in termination of translation?
What are UAA, UAG and UGA in translation?
What are UAA, UAG and UGA in translation?
How many release factors are required for termination of translation?
How many release factors are required for termination of translation?
Is there a tRNA for the stop codons?
Is there a tRNA for the stop codons?
Which release factor is for UAA and UAG?
Which release factor is for UAA and UAG?
Which release factor is for UAA and UGA?
Which release factor is for UAA and UGA?
What do the release factors bind with during termination of translation?
What do the release factors bind with during termination of translation?
What is the role of RF3 during termination of translation?
What is the role of RF3 during termination of translation?
How many release factors are there in eukaryotes?
How many release factors are there in eukaryotes?
What is the function of eEF during termination of translation in eukaryotes?
What is the function of eEF during termination of translation in eukaryotes?
Can RF1 recognize UGA?
Can RF1 recognize UGA?
Can RF2 recognize UAG?
Can RF2 recognize UAG?
What is the energy source for eEF recognition of stop codons in eukaryotes?
What is the energy source for eEF recognition of stop codons in eukaryotes?
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