Chapter 15.2, Problem 26AQP

a.

Summary Introduction

To determine:

The possible codons with which the anticodon of tRNA can pair.

Introduction:

Codon consists of three nucleotides thatencode a single amino acid in the cells. There are different tRNAs that carry the same amino acid but have distinct anticodons are called isoaccepting tRNAs. One anticodon can couple with different codons through adaptability in base pairing at the third position of the codon. Wobble present at the third position of codon facilitates some $\text{tRNAs}$ to couple with more than one $\text{mRNA}$ codon. A single anticodon can pair with more than one codon through wobble.

b.

Summary Introduction

To determine:

The possible codons with which the anticodon of tRNA can pair.

Introduction:

Codon consists of three nucleotides thatencode a single amino acid in the cells. There are different tRNAs that carry the same amino acid but have distinct anticodons are called isoaccepting tRNAs. One anticodon can couple with different codons through adaptability in base pairing at the third position of the codon. Wobble present at the third position of codon facilitates some $\text{tRNAs}$ to couple with more than one $\text{mRNA}$ codon. A single anticodon can pair with more than one codon through wobble.

c.

Summary Introduction

To determine:

The possible codons with which the anticodon of tRNA can pair.

Introduction:

Codon consists of three nucleotides thatencode a single amino acid in the cells. There are different tRNAs that carry the same amino acid but have distinct anticodons are called isoaccepting tRNAs. One anticodon can couple with different codons through adaptability in base pairing at the third position of the codon. Wobble present at the third position of codon facilitates some $\text{tRNAs}$ to couple with more than one $\text{mRNA}$ codon. A single anticodon can pair with more than one codon through wobble.

d.

Summary Introduction

To determine:

The possible codons with which the anticodon of tRNA can pair.

Introduction:

Codon consists of three nucleotides thatencode a single amino acid in the cells. There are different tRNAs that carry the same amino acid but have distinct anticodons are called isoaccepting tRNAs. One anticodon can couple with different codons through adaptability in base pairing at the third position of the codon. Wobble present at the third position of codon facilitates some $\text{tRNAs}$ to couple with more than one $\text{mRNA}$ codon. A single anticodon can pair with more than one codon through wobble.

The possible codons with which the anticodon of tRNA can pair.

e.

Summary Introduction

To determine:

The possible codons with which the anticodon of tRNA can pair.

Introduction:

Codon consists of three nucleotides thatencode a single amino acid in the cells. There are different tRNAs that carry the same amino acid but have distinct anticodons are called isoaccepting tRNAs. One anticodon can couple with different codons through adaptability in base pairing at the third position of the codon. Wobble present at the third position of codon facilitates some $\text{tRNAs}$ to couple with more than one mRNA codon. A single anticodon can pair with more than one codon through wobble.