3 A codon in mRNA is read in a non- contiguous fashion
4 It is unambiguous
Explanation:
Genetic code is a complete set of relationship between codons and amino acids (or stop signals). Genetic code is the nucleotide base sequence on DNA that is interpreted into a sequence of amino acids of the proteins to be synthesized. The codon in mRNAis read in contiguous form and it does not pause after the triplets. This means that there are no punctuations in between i.e., without any full stops, commas etc to synthesize a functional protein means each codon is immediately adjacent to the next, without any spacer nucleotides in between.
BIOXII06: MOLECULAR BASIS OF INHERITANCE
342711
Which of the following correctly assigns the codons for 'Glycine'
1 GGG,GGC,GGA
2 AAA,AAG,AAC
3 AUG,AUG,AUC
4 CCC,CCG,CGA
Explanation:
GGG, GGA
BIOXII06: MOLECULAR BASIS OF INHERITANCE
342712
Statement A : Genetic code is nonoverlapping. Statement B : No single base take part in the formation of more than one codon.
1 Statement A is correct but Statement B is incorrect.
2 Statement A is incorrect but Statement B is correct.
3 Both statements are correct.
4 Both Statements are incorrect.
Explanation:
Both are correct
BIOXII06: MOLECULAR BASIS OF INHERITANCE
342713
AUG codes for
1 Methionine
2 Valine
3 Histidine
4 Phenylalanine
Explanation:
AUG is the most common start codon. The start codon is the first codon of a messenger RNA (mRNA) transcript translated by a ribosome. It codes always for methionine in eukaryotes and a modified Met (fMet) in prokaryotes.
3 A codon in mRNA is read in a non- contiguous fashion
4 It is unambiguous
Explanation:
Genetic code is a complete set of relationship between codons and amino acids (or stop signals). Genetic code is the nucleotide base sequence on DNA that is interpreted into a sequence of amino acids of the proteins to be synthesized. The codon in mRNAis read in contiguous form and it does not pause after the triplets. This means that there are no punctuations in between i.e., without any full stops, commas etc to synthesize a functional protein means each codon is immediately adjacent to the next, without any spacer nucleotides in between.
BIOXII06: MOLECULAR BASIS OF INHERITANCE
342711
Which of the following correctly assigns the codons for 'Glycine'
1 GGG,GGC,GGA
2 AAA,AAG,AAC
3 AUG,AUG,AUC
4 CCC,CCG,CGA
Explanation:
GGG, GGA
BIOXII06: MOLECULAR BASIS OF INHERITANCE
342712
Statement A : Genetic code is nonoverlapping. Statement B : No single base take part in the formation of more than one codon.
1 Statement A is correct but Statement B is incorrect.
2 Statement A is incorrect but Statement B is correct.
3 Both statements are correct.
4 Both Statements are incorrect.
Explanation:
Both are correct
BIOXII06: MOLECULAR BASIS OF INHERITANCE
342713
AUG codes for
1 Methionine
2 Valine
3 Histidine
4 Phenylalanine
Explanation:
AUG is the most common start codon. The start codon is the first codon of a messenger RNA (mRNA) transcript translated by a ribosome. It codes always for methionine in eukaryotes and a modified Met (fMet) in prokaryotes.
3 A codon in mRNA is read in a non- contiguous fashion
4 It is unambiguous
Explanation:
Genetic code is a complete set of relationship between codons and amino acids (or stop signals). Genetic code is the nucleotide base sequence on DNA that is interpreted into a sequence of amino acids of the proteins to be synthesized. The codon in mRNAis read in contiguous form and it does not pause after the triplets. This means that there are no punctuations in between i.e., without any full stops, commas etc to synthesize a functional protein means each codon is immediately adjacent to the next, without any spacer nucleotides in between.
BIOXII06: MOLECULAR BASIS OF INHERITANCE
342711
Which of the following correctly assigns the codons for 'Glycine'
1 GGG,GGC,GGA
2 AAA,AAG,AAC
3 AUG,AUG,AUC
4 CCC,CCG,CGA
Explanation:
GGG, GGA
BIOXII06: MOLECULAR BASIS OF INHERITANCE
342712
Statement A : Genetic code is nonoverlapping. Statement B : No single base take part in the formation of more than one codon.
1 Statement A is correct but Statement B is incorrect.
2 Statement A is incorrect but Statement B is correct.
3 Both statements are correct.
4 Both Statements are incorrect.
Explanation:
Both are correct
BIOXII06: MOLECULAR BASIS OF INHERITANCE
342713
AUG codes for
1 Methionine
2 Valine
3 Histidine
4 Phenylalanine
Explanation:
AUG is the most common start codon. The start codon is the first codon of a messenger RNA (mRNA) transcript translated by a ribosome. It codes always for methionine in eukaryotes and a modified Met (fMet) in prokaryotes.
3 A codon in mRNA is read in a non- contiguous fashion
4 It is unambiguous
Explanation:
Genetic code is a complete set of relationship between codons and amino acids (or stop signals). Genetic code is the nucleotide base sequence on DNA that is interpreted into a sequence of amino acids of the proteins to be synthesized. The codon in mRNAis read in contiguous form and it does not pause after the triplets. This means that there are no punctuations in between i.e., without any full stops, commas etc to synthesize a functional protein means each codon is immediately adjacent to the next, without any spacer nucleotides in between.
BIOXII06: MOLECULAR BASIS OF INHERITANCE
342711
Which of the following correctly assigns the codons for 'Glycine'
1 GGG,GGC,GGA
2 AAA,AAG,AAC
3 AUG,AUG,AUC
4 CCC,CCG,CGA
Explanation:
GGG, GGA
BIOXII06: MOLECULAR BASIS OF INHERITANCE
342712
Statement A : Genetic code is nonoverlapping. Statement B : No single base take part in the formation of more than one codon.
1 Statement A is correct but Statement B is incorrect.
2 Statement A is incorrect but Statement B is correct.
3 Both statements are correct.
4 Both Statements are incorrect.
Explanation:
Both are correct
BIOXII06: MOLECULAR BASIS OF INHERITANCE
342713
AUG codes for
1 Methionine
2 Valine
3 Histidine
4 Phenylalanine
Explanation:
AUG is the most common start codon. The start codon is the first codon of a messenger RNA (mRNA) transcript translated by a ribosome. It codes always for methionine in eukaryotes and a modified Met (fMet) in prokaryotes.
