The amino acids which are specified by codons that can be changed to a UAG stop codon by a single point mutation. Concept introduction: The sequence of three mRNA nucleotides that code for the amino acids during the translation process is called codon. Three nucleotides constitute a codon that codes for the single amino acid. The codon where the translation process starts is the start codon, which is known as AUG; it usually codes for methionine. The stop codon terminates the translation process. The stop codons are UAA, UGA, and UAG.

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Answer 1

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Chapter 27, Problem 4E

Summary Introduction

To explain: The amino acids which are specified by codons that can be changed to a UAG stop codon by a single point mutation.

Concept introduction: The sequence of three mRNA nucleotides that code for the amino acids during the translation process is called codon. Three nucleotides constitute a codon that codes for the single amino acid. The codon where the translation process starts is the start codon, which is known as AUG; it usually codes for methionine. The stop codon terminates the translation process. The stop codons are UAA, UGA, and UAG.

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Answer 2

Question

Chapter 27, Problem 4E

Summary Introduction

To explain: The amino acids which are specified by codons that can be changed to a UAG stop codon by a single point mutation.

Concept introduction: The sequence of three mRNA nucleotides that code for the amino acids during the translation process is called codon. Three nucleotides constitute a codon that codes for the single amino acid. The codon where the translation process starts is the start codon, which is known as AUG; it usually codes for methionine. The stop codon terminates the translation process. The stop codons are UAA, UGA, and UAG.

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Answer 3

Question

Chapter 27, Problem 4E

Summary Introduction

To explain: The amino acids which are specified by codons that can be changed to a UAG stop codon by a single point mutation.

Concept introduction: The sequence of three mRNA nucleotides that code for the amino acids during the translation process is called codon. Three nucleotides constitute a codon that codes for the single amino acid. The codon where the translation process starts is the start codon, which is known as AUG; it usually codes for methionine. The stop codon terminates the translation process. The stop codons are UAA, UGA, and UAG.

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Answer 4

Question

Chapter 27, Problem 4E

Summary Introduction

To explain: The amino acids which are specified by codons that can be changed to a UAG stop codon by a single point mutation.

Concept introduction: The sequence of three mRNA nucleotides that code for the amino acids during the translation process is called codon. Three nucleotides constitute a codon that codes for the single amino acid. The codon where the translation process starts is the start codon, which is known as AUG; it usually codes for methionine. The stop codon terminates the translation process. The stop codons are UAA, UGA, and UAG.

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Answer 5

Chapter 27, Problem 4E

Summary Introduction

To explain: The amino acids which are specified by codons that can be changed to a UAG stop codon by a single point mutation.

Concept introduction: The sequence of three mRNA nucleotides that code for the amino acids during the translation process is called codon. Three nucleotides constitute a codon that codes for the single amino acid. The codon where the translation process starts is the start codon, which is known as AUG; it usually codes for methionine. The stop codon terminates the translation process. The stop codons are UAA, UGA, and UAG.

Answer 6

Chapter 27, Problem 4E

Summary Introduction

To explain: The amino acids which are specified by codons that can be changed to a UAG stop codon by a single point mutation.

Concept introduction: The sequence of three mRNA nucleotides that code for the amino acids during the translation process is called codon. Three nucleotides constitute a codon that codes for the single amino acid. The codon where the translation process starts is the start codon, which is known as AUG; it usually codes for methionine. The stop codon terminates the translation process. The stop codons are UAA, UGA, and UAG.

Answer 7

Chapter 27, Problem 4E

Summary Introduction

To explain: The amino acids which are specified by codons that can be changed to a UAG stop codon by a single point mutation.

Concept introduction: The sequence of three mRNA nucleotides that code for the amino acids during the translation process is called codon. Three nucleotides constitute a codon that codes for the single amino acid. The codon where the translation process starts is the start codon, which is known as AUG; it usually codes for methionine. The stop codon terminates the translation process. The stop codons are UAA, UGA, and UAG.

Answer 8

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Answer 11

Ch. 27 - Prob. 1E Ch. 27 - Prob. 2E Ch. 27 - Prob. 3E Ch. 27 - 4. Which amino acids arc specified by codons that...Ch. 27 - 5. In the genetic code used by mitochondria in...Ch. 27 - 6. Some mitochondria use a second codon, in...Ch. 27 - 7. The protein Xpot transports tRNAs out of the...Ch. 27 - 8. The enzyme thiouridylase converts certain tRNA...Ch. 27 - Prob. 9E Ch. 27 - 10. Some mutations that do not alter the identity...

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