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

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

(a) True

(b) False

This question was posed to me by my school teacher while I was bunking the class.

My doubt stems from Translation in Eukaryotes in portion Gene Expression : Translation of Cytogenetics

1 Answer

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The correct answer is (b) False

Explanation: RF1 or release factor 1 is responsible for recognition of two stop codons- UAA and UAG, while RF2 can recognize the codon UGA.

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