343269
In structural gene, the template DNA strand has nucleotide sequences 3'-ATGCATGCATGCATGC- 5. Find the correct and complimentary nucleotide sequence on coding strand.
1 5'- ATGCATGCATGCATGC - 3'
2 \(3^{\prime}\) - GCATGCATGCATGCAT-5'
3 5'- TACGTACGTACGTACG-3'
4 \(3^{\prime}\) - TACGTACGTACGTACG-5'
Explanation:
In transcription unit, structural gene is responsible for RNA formation. There is a complementarity between template strand and coding strand. Because both are segment of DNA only, (i,e. Adenine pairs with Thymine and Cytosine pairs with Guanine respectively). Therefore this is the correct complimentary sequence '5'-TACGTACGTACGTACG-3' on the coding strand.
KCET - 2024
BIOXII06: MOLECULAR BASIS OF INHERITANCE
343270
If the sequence of nucleotides in a template stand of DNA is 3'-ATGCTTCCGAAT-5'. Write the sequence in the corresponding region of the transcribed m-RNA.
1 5' -TAC GAA GGC CTT- 3'
2 5' - UAC GAA GGC UUA-3'
3 3'- UAC GAA GGC UUA-5'
4 3'- TAC GAA GGC CCA-5'
Explanation:
If the sequence of nucleotides in a template stand of DNA is \(3^{\prime}-\) ATGCTTCCGAAT-5'. The corresponding region of the transcribed \(\mathrm{m}-\mathrm{RNA}\) will be \(5^{\prime}-\) UAC GAA GGC UUA- 3'.
KCET - 2021
BIOXII06: MOLECULAR BASIS OF INHERITANCE
343271
Compare the Statements A and B. Statement A : A monocistronic mRNA can produce several types of polypeptide chains. Statement B : The terminator codon is present on the mRNA. Select the correct description.
1 Statement A is correct, and Statement B is wrong
2 Statement A is wrong and Statement B is correct.
3 Both the statements are correct.
4 Both the statements are wrong.
Explanation:
Eukaryotic mRNA is called monocistronic, i.e., formed from one gene. They contain only one initiation site AUG, that presented one mRNA-one polypeptide chain hypothesis. The terminator codon is present on mRNA molecule, which stops the formation of a polypeptide chain at that point. The three termination codons are UGA, UAA and UAG.
KCET - 2009
BIOXII06: MOLECULAR BASIS OF INHERITANCE
343272
Which one is the correct product of DNA dependent RNA polymerase to the given template? 3'TACATGGCAAATATCCATTCA5'
1 5'AUGUACCGUUUAUAGGUAAGU3'
2 5'AUGUAAAGUUUAUAGGUAAGU3'
3 5'AUGUACCGUUUAUAGGGAAGU3'
4 5'ATGTACCGTTTATAGGTAAGT3'
Explanation:
Template DNA is : 3'TACATGGCAAATATCCATTCA5' 5'AUGUACCGUUUAUAGGUAAGU3' mRNA
NEET Test Series from KOTA - 10 Papers In MS WORD
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BIOXII06: MOLECULAR BASIS OF INHERITANCE
343269
In structural gene, the template DNA strand has nucleotide sequences 3'-ATGCATGCATGCATGC- 5. Find the correct and complimentary nucleotide sequence on coding strand.
1 5'- ATGCATGCATGCATGC - 3'
2 \(3^{\prime}\) - GCATGCATGCATGCAT-5'
3 5'- TACGTACGTACGTACG-3'
4 \(3^{\prime}\) - TACGTACGTACGTACG-5'
Explanation:
In transcription unit, structural gene is responsible for RNA formation. There is a complementarity between template strand and coding strand. Because both are segment of DNA only, (i,e. Adenine pairs with Thymine and Cytosine pairs with Guanine respectively). Therefore this is the correct complimentary sequence '5'-TACGTACGTACGTACG-3' on the coding strand.
KCET - 2024
BIOXII06: MOLECULAR BASIS OF INHERITANCE
343270
If the sequence of nucleotides in a template stand of DNA is 3'-ATGCTTCCGAAT-5'. Write the sequence in the corresponding region of the transcribed m-RNA.
1 5' -TAC GAA GGC CTT- 3'
2 5' - UAC GAA GGC UUA-3'
3 3'- UAC GAA GGC UUA-5'
4 3'- TAC GAA GGC CCA-5'
Explanation:
If the sequence of nucleotides in a template stand of DNA is \(3^{\prime}-\) ATGCTTCCGAAT-5'. The corresponding region of the transcribed \(\mathrm{m}-\mathrm{RNA}\) will be \(5^{\prime}-\) UAC GAA GGC UUA- 3'.
KCET - 2021
BIOXII06: MOLECULAR BASIS OF INHERITANCE
343271
Compare the Statements A and B. Statement A : A monocistronic mRNA can produce several types of polypeptide chains. Statement B : The terminator codon is present on the mRNA. Select the correct description.
1 Statement A is correct, and Statement B is wrong
2 Statement A is wrong and Statement B is correct.
3 Both the statements are correct.
4 Both the statements are wrong.
Explanation:
Eukaryotic mRNA is called monocistronic, i.e., formed from one gene. They contain only one initiation site AUG, that presented one mRNA-one polypeptide chain hypothesis. The terminator codon is present on mRNA molecule, which stops the formation of a polypeptide chain at that point. The three termination codons are UGA, UAA and UAG.
KCET - 2009
BIOXII06: MOLECULAR BASIS OF INHERITANCE
343272
Which one is the correct product of DNA dependent RNA polymerase to the given template? 3'TACATGGCAAATATCCATTCA5'
1 5'AUGUACCGUUUAUAGGUAAGU3'
2 5'AUGUAAAGUUUAUAGGUAAGU3'
3 5'AUGUACCGUUUAUAGGGAAGU3'
4 5'ATGTACCGTTTATAGGTAAGT3'
Explanation:
Template DNA is : 3'TACATGGCAAATATCCATTCA5' 5'AUGUACCGUUUAUAGGUAAGU3' mRNA
343269
In structural gene, the template DNA strand has nucleotide sequences 3'-ATGCATGCATGCATGC- 5. Find the correct and complimentary nucleotide sequence on coding strand.
1 5'- ATGCATGCATGCATGC - 3'
2 \(3^{\prime}\) - GCATGCATGCATGCAT-5'
3 5'- TACGTACGTACGTACG-3'
4 \(3^{\prime}\) - TACGTACGTACGTACG-5'
Explanation:
In transcription unit, structural gene is responsible for RNA formation. There is a complementarity between template strand and coding strand. Because both are segment of DNA only, (i,e. Adenine pairs with Thymine and Cytosine pairs with Guanine respectively). Therefore this is the correct complimentary sequence '5'-TACGTACGTACGTACG-3' on the coding strand.
KCET - 2024
BIOXII06: MOLECULAR BASIS OF INHERITANCE
343270
If the sequence of nucleotides in a template stand of DNA is 3'-ATGCTTCCGAAT-5'. Write the sequence in the corresponding region of the transcribed m-RNA.
1 5' -TAC GAA GGC CTT- 3'
2 5' - UAC GAA GGC UUA-3'
3 3'- UAC GAA GGC UUA-5'
4 3'- TAC GAA GGC CCA-5'
Explanation:
If the sequence of nucleotides in a template stand of DNA is \(3^{\prime}-\) ATGCTTCCGAAT-5'. The corresponding region of the transcribed \(\mathrm{m}-\mathrm{RNA}\) will be \(5^{\prime}-\) UAC GAA GGC UUA- 3'.
KCET - 2021
BIOXII06: MOLECULAR BASIS OF INHERITANCE
343271
Compare the Statements A and B. Statement A : A monocistronic mRNA can produce several types of polypeptide chains. Statement B : The terminator codon is present on the mRNA. Select the correct description.
1 Statement A is correct, and Statement B is wrong
2 Statement A is wrong and Statement B is correct.
3 Both the statements are correct.
4 Both the statements are wrong.
Explanation:
Eukaryotic mRNA is called monocistronic, i.e., formed from one gene. They contain only one initiation site AUG, that presented one mRNA-one polypeptide chain hypothesis. The terminator codon is present on mRNA molecule, which stops the formation of a polypeptide chain at that point. The three termination codons are UGA, UAA and UAG.
KCET - 2009
BIOXII06: MOLECULAR BASIS OF INHERITANCE
343272
Which one is the correct product of DNA dependent RNA polymerase to the given template? 3'TACATGGCAAATATCCATTCA5'
1 5'AUGUACCGUUUAUAGGUAAGU3'
2 5'AUGUAAAGUUUAUAGGUAAGU3'
3 5'AUGUACCGUUUAUAGGGAAGU3'
4 5'ATGTACCGTTTATAGGTAAGT3'
Explanation:
Template DNA is : 3'TACATGGCAAATATCCATTCA5' 5'AUGUACCGUUUAUAGGUAAGU3' mRNA
343269
In structural gene, the template DNA strand has nucleotide sequences 3'-ATGCATGCATGCATGC- 5. Find the correct and complimentary nucleotide sequence on coding strand.
1 5'- ATGCATGCATGCATGC - 3'
2 \(3^{\prime}\) - GCATGCATGCATGCAT-5'
3 5'- TACGTACGTACGTACG-3'
4 \(3^{\prime}\) - TACGTACGTACGTACG-5'
Explanation:
In transcription unit, structural gene is responsible for RNA formation. There is a complementarity between template strand and coding strand. Because both are segment of DNA only, (i,e. Adenine pairs with Thymine and Cytosine pairs with Guanine respectively). Therefore this is the correct complimentary sequence '5'-TACGTACGTACGTACG-3' on the coding strand.
KCET - 2024
BIOXII06: MOLECULAR BASIS OF INHERITANCE
343270
If the sequence of nucleotides in a template stand of DNA is 3'-ATGCTTCCGAAT-5'. Write the sequence in the corresponding region of the transcribed m-RNA.
1 5' -TAC GAA GGC CTT- 3'
2 5' - UAC GAA GGC UUA-3'
3 3'- UAC GAA GGC UUA-5'
4 3'- TAC GAA GGC CCA-5'
Explanation:
If the sequence of nucleotides in a template stand of DNA is \(3^{\prime}-\) ATGCTTCCGAAT-5'. The corresponding region of the transcribed \(\mathrm{m}-\mathrm{RNA}\) will be \(5^{\prime}-\) UAC GAA GGC UUA- 3'.
KCET - 2021
BIOXII06: MOLECULAR BASIS OF INHERITANCE
343271
Compare the Statements A and B. Statement A : A monocistronic mRNA can produce several types of polypeptide chains. Statement B : The terminator codon is present on the mRNA. Select the correct description.
1 Statement A is correct, and Statement B is wrong
2 Statement A is wrong and Statement B is correct.
3 Both the statements are correct.
4 Both the statements are wrong.
Explanation:
Eukaryotic mRNA is called monocistronic, i.e., formed from one gene. They contain only one initiation site AUG, that presented one mRNA-one polypeptide chain hypothesis. The terminator codon is present on mRNA molecule, which stops the formation of a polypeptide chain at that point. The three termination codons are UGA, UAA and UAG.
KCET - 2009
BIOXII06: MOLECULAR BASIS OF INHERITANCE
343272
Which one is the correct product of DNA dependent RNA polymerase to the given template? 3'TACATGGCAAATATCCATTCA5'
1 5'AUGUACCGUUUAUAGGUAAGU3'
2 5'AUGUAAAGUUUAUAGGUAAGU3'
3 5'AUGUACCGUUUAUAGGGAAGU3'
4 5'ATGTACCGTTTATAGGTAAGT3'
Explanation:
Template DNA is : 3'TACATGGCAAATATCCATTCA5' 5'AUGUACCGUUUAUAGGUAAGU3' mRNA