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(C) Marshall Nirenberg's cell-free system for protein synthesis was instrumental in deciphering the genetic code. By using synthetic $RNA$ templates i

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Marshall Nirenberg

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(C) Marshall Nirenberg's cell-free system for protein synthesis was instrumental in deciphering the genetic code. By using synthetic $RNA$ templates in a cell-free environment,he was able to determine which amino acids were coded by specific nucleotide triplets (codons). While Har Gobind Khorana also made significant contributions by synthesizing $RNA$ molecules with defined combinations of bases,the development of the cell-free system is primarily attributed to Marshall Nirenberg.

Choose the correct option for the cell-free system used to decipher the genetic code.

Similar Questions

There is only one possible sequence of amino acids when deduced from a given nucleotide sequence. However,multiple nucleotide sequences can be deduced from a single amino acid sequence. Explain this phenomenon.

The exon part of $m-RNA$ contains the code for:

Who discovered the chemical method for the synthesis of $RNA$ molecules with defined combinations of bases?

Which of the following is not a property of the genetic code?

$A$: Triplet genetic code can be confirmed by frame shift mutations.
$R$: Frame shifting involves the change in protein product coded by triplet codons.

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