During translation, ribosome reads the mRNA and synthesizes amino acid sequence of protein based on corresponding mRNA codons. The three nucleotides of the mRNA code for a specific single amino acid and that is known as a codon. The genetic code is redundant as 64 codons are present in the genetic code and they code for only 20 amino acids. When the ribosome reads AUG codon in the mRNA sequence, it initiates protein synthesis. The ribosome terminates the protein synthesis when it recognizes stop codons such as UAG, UGA, and UAA.

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Chapter 10, Problem 8TQ

Summary Introduction

During translation, ribosome reads the mRNA and synthesizes amino acid sequence of protein based on corresponding mRNA codons. The three nucleotides of the mRNA code for a specific single amino acid and that is known as a codon. The genetic code is redundant as 64 codons are present in the genetic code and they code for only 20 amino acids. When the ribosome reads AUG codon in the mRNA sequence, it initiates protein synthesis. The ribosome terminates the protein synthesis when it recognizes stop codons such as UAG, UGA, and UAA.

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Answer 2

Question

Chapter 10, Problem 8TQ

Summary Introduction

During translation, ribosome reads the mRNA and synthesizes amino acid sequence of protein based on corresponding mRNA codons. The three nucleotides of the mRNA code for a specific single amino acid and that is known as a codon. The genetic code is redundant as 64 codons are present in the genetic code and they code for only 20 amino acids. When the ribosome reads AUG codon in the mRNA sequence, it initiates protein synthesis. The ribosome terminates the protein synthesis when it recognizes stop codons such as UAG, UGA, and UAA.

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Answer 3

Question

Chapter 10, Problem 8TQ

Summary Introduction

During translation, ribosome reads the mRNA and synthesizes amino acid sequence of protein based on corresponding mRNA codons. The three nucleotides of the mRNA code for a specific single amino acid and that is known as a codon. The genetic code is redundant as 64 codons are present in the genetic code and they code for only 20 amino acids. When the ribosome reads AUG codon in the mRNA sequence, it initiates protein synthesis. The ribosome terminates the protein synthesis when it recognizes stop codons such as UAG, UGA, and UAA.

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Answer 4

Question

Chapter 10, Problem 8TQ

Summary Introduction

During translation, ribosome reads the mRNA and synthesizes amino acid sequence of protein based on corresponding mRNA codons. The three nucleotides of the mRNA code for a specific single amino acid and that is known as a codon. The genetic code is redundant as 64 codons are present in the genetic code and they code for only 20 amino acids. When the ribosome reads AUG codon in the mRNA sequence, it initiates protein synthesis. The ribosome terminates the protein synthesis when it recognizes stop codons such as UAG, UGA, and UAA.

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Answer 5

Chapter 10, Problem 8TQ

Summary Introduction

During translation, ribosome reads the mRNA and synthesizes amino acid sequence of protein based on corresponding mRNA codons. The three nucleotides of the mRNA code for a specific single amino acid and that is known as a codon. The genetic code is redundant as 64 codons are present in the genetic code and they code for only 20 amino acids. When the ribosome reads AUG codon in the mRNA sequence, it initiates protein synthesis. The ribosome terminates the protein synthesis when it recognizes stop codons such as UAG, UGA, and UAA.

Answer 6

Chapter 10, Problem 8TQ

Summary Introduction

During translation, ribosome reads the mRNA and synthesizes amino acid sequence of protein based on corresponding mRNA codons. The three nucleotides of the mRNA code for a specific single amino acid and that is known as a codon. The genetic code is redundant as 64 codons are present in the genetic code and they code for only 20 amino acids. When the ribosome reads AUG codon in the mRNA sequence, it initiates protein synthesis. The ribosome terminates the protein synthesis when it recognizes stop codons such as UAG, UGA, and UAA.

Answer 7

Chapter 10, Problem 8TQ

Summary Introduction

During translation, ribosome reads the mRNA and synthesizes amino acid sequence of protein based on corresponding mRNA codons. The three nucleotides of the mRNA code for a specific single amino acid and that is known as a codon. The genetic code is redundant as 64 codons are present in the genetic code and they code for only 20 amino acids. When the ribosome reads AUG codon in the mRNA sequence, it initiates protein synthesis. The ribosome terminates the protein synthesis when it recognizes stop codons such as UAG, UGA, and UAA.

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Ch. 10 - Prob. 1TQ Ch. 10 - Prob. 2TQ Ch. 10 - Prob. 3TQ Ch. 10 - Prob. 4TQ Ch. 10 - Prob. 5TQ Ch. 10 - Prob. 6TQ Ch. 10 - Prob. 7TQ Ch. 10 - Prob. 8TQ Ch. 10 - Prob. 9TQ Ch. 10 - Prob. 10TQ

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