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An animal was discovered which had DNA that contained an additional 2 nucleotide bases.These 2 nucleotide bases from a base pair,so that the DNA containes 6 different bases which form 3 base pairs.what would be the maximum number of amino acids that its DNA Could code for,assuming that there are 3 stop codens that don't code for an amino acid and that there are the normal 3 bases per codon ?
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An animal was discovered which had DNA that contained an additional 2 ...
And also i think that the question should be no. of triplet codes rather amino acid bcoz we know that amino acids are 20 in no. नट 213.
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An animal was discovered which had DNA that contained an additional 2 ...
Calculating the Maximum Number of Amino Acids
To determine the maximum number of amino acids that can be coded by the DNA of the animal with 6 different bases, we need to consider the number of possible codons that can be formed.
Number of Codons:
- With 6 different bases forming 3 base pairs, each codon will consist of 3 bases.
- Since there are 6 different bases, there are 6 possible options for each base in the codon.
- Therefore, the total number of possible codons is 6 x 6 x 6 = 216.
Number of Amino Acids:
- There are 64 possible codons (4^3) for the standard DNA with 4 bases.
- Out of these 64 codons, 3 are stop codons that do not code for any amino acid.
- Therefore, the number of codons that actually code for amino acids is 64 - 3 = 61.
Maximum Number of Amino Acids:
- Since the DNA of the animal with 6 different bases can form 216 codons, and there are 61 codons that code for amino acids, the maximum number of amino acids that can be coded is 61.
In conclusion, the DNA of the animal with 6 different bases can potentially code for a maximum of 61 different amino acids, considering the presence of 3 stop codons and the standard 3 bases per codon.
To determine the maximum number of amino acids that can be coded by the DNA of the animal with 6 different bases, we need to consider the number of possible codons that can be formed.
Number of Codons:
- With 6 different bases forming 3 base pairs, each codon will consist of 3 bases.
- Since there are 6 different bases, there are 6 possible options for each base in the codon.
- Therefore, the total number of possible codons is 6 x 6 x 6 = 216.
Number of Amino Acids:
- There are 64 possible codons (4^3) for the standard DNA with 4 bases.
- Out of these 64 codons, 3 are stop codons that do not code for any amino acid.
- Therefore, the number of codons that actually code for amino acids is 64 - 3 = 61.
Maximum Number of Amino Acids:
- Since the DNA of the animal with 6 different bases can form 216 codons, and there are 61 codons that code for amino acids, the maximum number of amino acids that can be coded is 61.
In conclusion, the DNA of the animal with 6 different bases can potentially code for a maximum of 61 different amino acids, considering the presence of 3 stop codons and the standard 3 bases per codon.
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An animal was discovered which had DNA that contained an additional 2 nucleotide bases.These 2 nucleotide bases from a base pair,so that the DNA containes 6 different bases which form 3 base pairs.what would be the maximum number of amino acids that its DNA Could code for,assuming that there are 3 stop codens that don't code for an amino acid and that there are the normal 3 bases per codon ?
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An animal was discovered which had DNA that contained an additional 2 nucleotide bases.These 2 nucleotide bases from a base pair,so that the DNA containes 6 different bases which form 3 base pairs.what would be the maximum number of amino acids that its DNA Could code for,assuming that there are 3 stop codens that don't code for an amino acid and that there are the normal 3 bases per codon ? for Class 12 2024 is part of Class 12 preparation. The Question and answers have been prepared according to the Class 12 exam syllabus. Information about An animal was discovered which had DNA that contained an additional 2 nucleotide bases.These 2 nucleotide bases from a base pair,so that the DNA containes 6 different bases which form 3 base pairs.what would be the maximum number of amino acids that its DNA Could code for,assuming that there are 3 stop codens that don't code for an amino acid and that there are the normal 3 bases per codon ? covers all topics & solutions for Class 12 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for An animal was discovered which had DNA that contained an additional 2 nucleotide bases.These 2 nucleotide bases from a base pair,so that the DNA containes 6 different bases which form 3 base pairs.what would be the maximum number of amino acids that its DNA Could code for,assuming that there are 3 stop codens that don't code for an amino acid and that there are the normal 3 bases per codon ?.
An animal was discovered which had DNA that contained an additional 2 nucleotide bases.These 2 nucleotide bases from a base pair,so that the DNA containes 6 different bases which form 3 base pairs.what would be the maximum number of amino acids that its DNA Could code for,assuming that there are 3 stop codens that don't code for an amino acid and that there are the normal 3 bases per codon ? for Class 12 2024 is part of Class 12 preparation. The Question and answers have been prepared according to the Class 12 exam syllabus. Information about An animal was discovered which had DNA that contained an additional 2 nucleotide bases.These 2 nucleotide bases from a base pair,so that the DNA containes 6 different bases which form 3 base pairs.what would be the maximum number of amino acids that its DNA Could code for,assuming that there are 3 stop codens that don't code for an amino acid and that there are the normal 3 bases per codon ? covers all topics & solutions for Class 12 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for An animal was discovered which had DNA that contained an additional 2 nucleotide bases.These 2 nucleotide bases from a base pair,so that the DNA containes 6 different bases which form 3 base pairs.what would be the maximum number of amino acids that its DNA Could code for,assuming that there are 3 stop codens that don't code for an amino acid and that there are the normal 3 bases per codon ?.
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