The possible codons that are present in a ribonucleotide polymer containing U and G in random sequence. Concept introduction: The sequence of three mRNA nucleotides code for the amino acids during the translation process. 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

Question

Chapter 27, Problem 3E

Summary Introduction

To list: The possible codons that are present in a ribonucleotide polymer containing U and G in random sequence.

Concept introduction: The sequence of three mRNA nucleotides code for the amino acids during the translation process. 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.

Summary Introduction

To explain: The amino acids code the possible codons that are present in a ribonucleotide polymer containing U and G in random sequence.

Concept introduction: The sequence of three mRNA nucleotides code for the amino acids during the translation process. 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 usually AUG that 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 3E

Summary Introduction

To list: The possible codons that are present in a ribonucleotide polymer containing U and G in random sequence.

Concept introduction: The sequence of three mRNA nucleotides code for the amino acids during the translation process. 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.

Summary Introduction

To explain: The amino acids code the possible codons that are present in a ribonucleotide polymer containing U and G in random sequence.

Concept introduction: The sequence of three mRNA nucleotides code for the amino acids during the translation process. 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 usually AUG that 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 3E

Summary Introduction

To list: The possible codons that are present in a ribonucleotide polymer containing U and G in random sequence.

Concept introduction: The sequence of three mRNA nucleotides code for the amino acids during the translation process. 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.

Summary Introduction

To explain: The amino acids code the possible codons that are present in a ribonucleotide polymer containing U and G in random sequence.

Concept introduction: The sequence of three mRNA nucleotides code for the amino acids during the translation process. 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 usually AUG that 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 3E

Summary Introduction

To list: The possible codons that are present in a ribonucleotide polymer containing U and G in random sequence.

Concept introduction: The sequence of three mRNA nucleotides code for the amino acids during the translation process. 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.

Summary Introduction

To explain: The amino acids code the possible codons that are present in a ribonucleotide polymer containing U and G in random sequence.

Concept introduction: The sequence of three mRNA nucleotides code for the amino acids during the translation process. 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 usually AUG that 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 3E

Summary Introduction

To list: The possible codons that are present in a ribonucleotide polymer containing U and G in random sequence.

Concept introduction: The sequence of three mRNA nucleotides code for the amino acids during the translation process. 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.

Summary Introduction

To explain: The amino acids code the possible codons that are present in a ribonucleotide polymer containing U and G in random sequence.

Concept introduction: The sequence of three mRNA nucleotides code for the amino acids during the translation process. 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 usually AUG that codes for methionine. The stop codon terminates the translation process. The stop codons are UAA, UGA, and UAG.

Answer 6

Chapter 27, Problem 3E

Summary Introduction

To list: The possible codons that are present in a ribonucleotide polymer containing U and G in random sequence.

Concept introduction: The sequence of three mRNA nucleotides code for the amino acids during the translation process. 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 3E

Summary Introduction

To list: The possible codons that are present in a ribonucleotide polymer containing U and G in random sequence.

Concept introduction: The sequence of three mRNA nucleotides code for the amino acids during the translation process. 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

Summary Introduction

To explain: The amino acids code the possible codons that are present in a ribonucleotide polymer containing U and G in random sequence.

Concept introduction: The sequence of three mRNA nucleotides code for the amino acids during the translation process. 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 usually AUG that codes for methionine. The stop codon terminates the translation process. The stop codons are UAA, UGA, and UAG.

Answer 9

Summary Introduction

To explain: The amino acids code the possible codons that are present in a ribonucleotide polymer containing U and G in random sequence.

Concept introduction: The sequence of three mRNA nucleotides code for the amino acids during the translation process. 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 usually AUG that codes for methionine. The stop codon terminates the translation process. The stop codons are UAA, UGA, and UAG.

Answer 10

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Answer 13

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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