The number of nucleotides that are present in the mRNA, such that a polypeptide oxytocin containing 9 amino acids is formed.

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Answer 1

Question

Chapter 17, Problem 17.77CQ

Interpretation Introduction

To determine: The number of nucleotides that are present in the mRNA, such that a polypeptide oxytocin containing 9 amino acids is formed.

Expert Solution & Answer

Answer to Problem 17.77CQ

Solution:

A peptide chain of 9 amino acids have amino acids linked to each other. Each amino acid is encoded by a triplet of nucleotide known as codon.

For initiating the protein formation, a start codon is required and for termination, a stop codon is required.

For 9 amino acids: 9×3 + 3 (start codon) + 3 (stop codon) = 33 nucleotides .

Explanation of Solution

For initiation of protein synthesis, a start codon (AUG) is required so that the first amino acid is methionine. After that tRNA comes with amino acid and base pairs with mRNA to form a polypeptide chain. For the termination of peptide chain, stop codon (UAA, UAG and UGA) is required to stop the peptide formation or translation.

Each amino acid is coded by 3 bases due to which 9 amino acids are coded by 27 bases and for a peptide chain again 3 bases are required which are start codon (AUG) and for terminating the chain, a stop codon is also required and 3 bases are required for that as well. So, total of 33 nucleotide bases are required.

Conclusion

Hence, for 9 amino acids: 9×3 + 3 (start codon) + 3 (stop codon) = 33 nucleotides .

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Answer 2

Question

Chapter 17, Problem 17.77CQ

Interpretation Introduction

To determine: The number of nucleotides that are present in the mRNA, such that a polypeptide oxytocin containing 9 amino acids is formed.

Expert Solution & Answer

Answer to Problem 17.77CQ

Solution:

A peptide chain of 9 amino acids have amino acids linked to each other. Each amino acid is encoded by a triplet of nucleotide known as codon.

For initiating the protein formation, a start codon is required and for termination, a stop codon is required.

For 9 amino acids: 9×3 + 3 (start codon) + 3 (stop codon) = 33 nucleotides .

Explanation of Solution

For initiation of protein synthesis, a start codon (AUG) is required so that the first amino acid is methionine. After that tRNA comes with amino acid and base pairs with mRNA to form a polypeptide chain. For the termination of peptide chain, stop codon (UAA, UAG and UGA) is required to stop the peptide formation or translation.

Each amino acid is coded by 3 bases due to which 9 amino acids are coded by 27 bases and for a peptide chain again 3 bases are required which are start codon (AUG) and for terminating the chain, a stop codon is also required and 3 bases are required for that as well. So, total of 33 nucleotide bases are required.

Conclusion

Hence, for 9 amino acids: 9×3 + 3 (start codon) + 3 (stop codon) = 33 nucleotides .

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Answer 3

Question

Chapter 17, Problem 17.77CQ

Interpretation Introduction

To determine: The number of nucleotides that are present in the mRNA, such that a polypeptide oxytocin containing 9 amino acids is formed.

Expert Solution & Answer

Answer to Problem 17.77CQ

Solution:

A peptide chain of 9 amino acids have amino acids linked to each other. Each amino acid is encoded by a triplet of nucleotide known as codon.

For initiating the protein formation, a start codon is required and for termination, a stop codon is required.

For 9 amino acids: 9×3 + 3 (start codon) + 3 (stop codon) = 33 nucleotides .

Explanation of Solution

For initiation of protein synthesis, a start codon (AUG) is required so that the first amino acid is methionine. After that tRNA comes with amino acid and base pairs with mRNA to form a polypeptide chain. For the termination of peptide chain, stop codon (UAA, UAG and UGA) is required to stop the peptide formation or translation.

Each amino acid is coded by 3 bases due to which 9 amino acids are coded by 27 bases and for a peptide chain again 3 bases are required which are start codon (AUG) and for terminating the chain, a stop codon is also required and 3 bases are required for that as well. So, total of 33 nucleotide bases are required.

Conclusion

Hence, for 9 amino acids: 9×3 + 3 (start codon) + 3 (stop codon) = 33 nucleotides .

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Answer 4

Question

Chapter 17, Problem 17.77CQ

Interpretation Introduction

To determine: The number of nucleotides that are present in the mRNA, such that a polypeptide oxytocin containing 9 amino acids is formed.

Expert Solution & Answer

Answer to Problem 17.77CQ

Solution:

A peptide chain of 9 amino acids have amino acids linked to each other. Each amino acid is encoded by a triplet of nucleotide known as codon.

For initiating the protein formation, a start codon is required and for termination, a stop codon is required.

For 9 amino acids: 9×3 + 3 (start codon) + 3 (stop codon) = 33 nucleotides .

Explanation of Solution

For initiation of protein synthesis, a start codon (AUG) is required so that the first amino acid is methionine. After that tRNA comes with amino acid and base pairs with mRNA to form a polypeptide chain. For the termination of peptide chain, stop codon (UAA, UAG and UGA) is required to stop the peptide formation or translation.

Each amino acid is coded by 3 bases due to which 9 amino acids are coded by 27 bases and for a peptide chain again 3 bases are required which are start codon (AUG) and for terminating the chain, a stop codon is also required and 3 bases are required for that as well. So, total of 33 nucleotide bases are required.

Conclusion

Hence, for 9 amino acids: 9×3 + 3 (start codon) + 3 (stop codon) = 33 nucleotides .

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Answer 5

Chapter 17, Problem 17.77CQ

Interpretation Introduction

To determine: The number of nucleotides that are present in the mRNA, such that a polypeptide oxytocin containing 9 amino acids is formed.

Expert Solution & Answer

Answer to Problem 17.77CQ

Solution:

A peptide chain of 9 amino acids have amino acids linked to each other. Each amino acid is encoded by a triplet of nucleotide known as codon.

For initiating the protein formation, a start codon is required and for termination, a stop codon is required.

For 9 amino acids: 9×3 + 3 (start codon) + 3 (stop codon) = 33 nucleotides .

Explanation of Solution

For initiation of protein synthesis, a start codon (AUG) is required so that the first amino acid is methionine. After that tRNA comes with amino acid and base pairs with mRNA to form a polypeptide chain. For the termination of peptide chain, stop codon (UAA, UAG and UGA) is required to stop the peptide formation or translation.

Each amino acid is coded by 3 bases due to which 9 amino acids are coded by 27 bases and for a peptide chain again 3 bases are required which are start codon (AUG) and for terminating the chain, a stop codon is also required and 3 bases are required for that as well. So, total of 33 nucleotide bases are required.

Conclusion

Hence, for 9 amino acids: 9×3 + 3 (start codon) + 3 (stop codon) = 33 nucleotides .

Answer 6

Chapter 17, Problem 17.77CQ

Interpretation Introduction

To determine: The number of nucleotides that are present in the mRNA, such that a polypeptide oxytocin containing 9 amino acids is formed.

Expert Solution & Answer

Answer to Problem 17.77CQ

Solution:

A peptide chain of 9 amino acids have amino acids linked to each other. Each amino acid is encoded by a triplet of nucleotide known as codon.

For initiating the protein formation, a start codon is required and for termination, a stop codon is required.

For 9 amino acids: 9×3 + 3 (start codon) + 3 (stop codon) = 33 nucleotides .

Explanation of Solution

For initiation of protein synthesis, a start codon (AUG) is required so that the first amino acid is methionine. After that tRNA comes with amino acid and base pairs with mRNA to form a polypeptide chain. For the termination of peptide chain, stop codon (UAA, UAG and UGA) is required to stop the peptide formation or translation.

Each amino acid is coded by 3 bases due to which 9 amino acids are coded by 27 bases and for a peptide chain again 3 bases are required which are start codon (AUG) and for terminating the chain, a stop codon is also required and 3 bases are required for that as well. So, total of 33 nucleotide bases are required.

Conclusion

Hence, for 9 amino acids: 9×3 + 3 (start codon) + 3 (stop codon) = 33 nucleotides .

Answer 7

Chapter 17, Problem 17.77CQ

Interpretation Introduction

To determine: The number of nucleotides that are present in the mRNA, such that a polypeptide oxytocin containing 9 amino acids is formed.

Answer 8

Expert Solution & Answer

Answer to Problem 17.77CQ

Solution:

A peptide chain of 9 amino acids have amino acids linked to each other. Each amino acid is encoded by a triplet of nucleotide known as codon.

For initiating the protein formation, a start codon is required and for termination, a stop codon is required.

For 9 amino acids: 9×3 + 3 (start codon) + 3 (stop codon) = 33 nucleotides .

Answer 9

Expert Solution & Answer

Answer 10

Expert Solution & Answer

Answer 11

Explanation of Solution

For initiation of protein synthesis, a start codon (AUG) is required so that the first amino acid is methionine. After that tRNA comes with amino acid and base pairs with mRNA to form a polypeptide chain. For the termination of peptide chain, stop codon (UAA, UAG and UGA) is required to stop the peptide formation or translation.

Each amino acid is coded by 3 bases due to which 9 amino acids are coded by 27 bases and for a peptide chain again 3 bases are required which are start codon (AUG) and for terminating the chain, a stop codon is also required and 3 bases are required for that as well. So, total of 33 nucleotide bases are required.