Genetic code determines
Genetic code determines
- A
Sequence of variable amino acids in a protein chain
- B
Sequence of amino acids in a peptide chain
- C
Structure of human cells
- D
Morphology of traits
Similar Questions
Assertion : $UAA,\,UAG$ and $UGA$ terminate protein synthesis.
Reason : They are not recognised by $tRNA$.
Assertion : $UAA,\,UAG$ and $UGA$ terminate protein synthesis.
Reason : They are not recognised by $tRNA$.
- [AIIMS 2014]
Initiating codon in eukaryotes is
Initiating codon in eukaryotes is
- [AIPMT 1999]
Choose correct pair.
Column $– I$
Column $– II$
$(A)\; AUG$
$(1)$ Phenyl alanine
$(B) \;UAA$
$(2)$ Methionine
$(C)\;UUU$
$(3)$ Tryptophan
$(D) \;UGG$
$(4)$ Stop
Choose correct pair.
| Column $– I$ | Column $– II$ |
| $(A)\; AUG$ | $(1)$ Phenyl alanine |
| $(B) \;UAA$ | $(2)$ Methionine |
| $(C)\;UUU$ | $(3)$ Tryptophan |
| $(D) \;UGG$ | $(4)$ Stop |
How many codes are blank
How many codes are blank
In $mRNA, AUG$ is the initiation codon and $UAA, UAG$ and $UGA$ are termination codons, therefore polypeptide cannot be synthesized beyond any of these triplets to the end of $mRNA$. Then which one of the following $mRNA$ can be translated completely
In $mRNA, AUG$ is the initiation codon and $UAA, UAG$ and $UGA$ are termination codons, therefore polypeptide cannot be synthesized beyond any of these triplets to the end of $mRNA$. Then which one of the following $mRNA$ can be translated completely