Determination of one amino acid by more than | vedclass

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(A) Degeneracy of codons is the redundancy of the genetic code. $A$ single amino acid may be specified by many codons,which is called degeneracy. Dege

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redundancy of genetic code.

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(A) Degeneracy of codons is the redundancy of the genetic code. $A$ single amino acid may be specified by many codons,which is called degeneracy. Degeneracy is primarily due to the last base in the codon,known as the wobble base. Thus,the first two bases of the codon are more important in determining the amino acid,while the third base can differ without affecting the coding. This is known as the wobble hypothesis,proposed by $Crick$,which establishes an economy of $tRNA$ molecules.

Column-$I$	Column-$II$
$(a)$ $UUU$	$(1)$ Serine
$(b)$ $GGG$	$(2)$ Methionine
$(c)$ $UCU$	$(3)$ Phenylalanine
$(d)$ $CCC$	$(4)$ Glycine
$(e)$ $AUG$	$(5)$ Proline

Determination of one amino acid by more than one codon is due to

Similar Questions

$A$ single base mutation in a gene may not 'always' result in loss or gain of function. Do you think the statement is correct? Defend your answer.

Match the columns.

Column-$I$ Column-$II$

$(a)$ $UUU$ $(1)$ Serine

$(b)$ $GGG$ $(2)$ Methionine

$(c)$ $UCU$ $(3)$ Phenylalanine

$(d)$ $CCC$ $(4)$ Glycine

$(e)$ $AUG$ $(5)$ Proline

Which of the following represents the correct sequence of codons for the amino acid Alanine?

Which of the following statements is false?

One codon codes for only one amino acid,hence the code is

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