The influences on the tertiary structure for each of the amino acid given has to be identified based on hydrophobic interaction, hydrogen bonding , formation of salt bridges, covalent bonding or combinations. Concept introduction: Tertiary structure is the noncovalent interaction that holds the single protein in a three dimensional shape takes place primarily between the disulphide bonds and side chain thiol groups. The main interaction that takes place in the tertiary structure of protein are Hydrophobic interaction Hydrogen bonds and R side chain Ionic interaction and Disulphide interaction. Hydrogen bonding is the electrostatic force of attraction between hydrogen and the electronegative atom.

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Answer 1

Question

Chapter 18, Problem 18.98CP

(a)

Interpretation Introduction

Interpretation:

The influences on the tertiary structure for each of the amino acid given has to be identified based on hydrophobic interaction, hydrogen bonding , formation of salt bridges, covalent bonding or combinations.

Concept introduction:

Tertiary structure is the noncovalent interaction that holds the single protein in a three dimensional shape takes place primarily between the disulphide bonds and side chain thiol groups.

The main interaction that takes place in the tertiary structure of protein are

Hydrophobic interaction

Hydrogen bonds and $R$ side chain

Ionic interaction and

Disulphide interaction.

Hydrogen bonding is the electrostatic force of attraction between hydrogen and the electronegative atom.

(b)

Interpretation Introduction

Interpretation:

The influences on the tertiary structure for each of the amino acid given has to be identified based on hydrophobic interaction, hydrogen bonding , formation of salt bridges, covalent bonding or combinations.

Concept introduction:

Tertiary structure is the noncovalent interaction that holds the single protein in a three dimensional shape takes place primarily between the disulphide bonds and side chain thiol groups.

The main interaction that takes place in the tertiary structure of protein are

Hydrophobic interaction

Hydrogen bonds and $R$ side chain

Ionic interaction and

Disulphide interaction.

Disulfide bridges are covalent $S-S$ bond formed between these side chains that can join two separate peptide chain or cause a loop in a single peptide chain.

(c)

Interpretation Introduction

Interpretation:

The influences on the tertiary structure for each of the amino acid given has to be identified based on hydrophobic interaction, hydrogen bonding , formation of salt bridges, covalent bonding or combinations.

Concept introduction:

Tertiary structure is the noncovalent interaction that holds the single protein in a three dimensional shape takes place primarily between the disulphide bonds and side chain thiol groups.

The main interaction that takes place in the tertiary structure of protein are

Hydrophobic interaction

Hydrogen bonds and $R$ side chain

Ionic interaction and

Disulphide interaction.

Hydrogen bonding is the electrostatic force of attraction between hydrogen and the electronegative atom.

(d)

Interpretation Introduction

Interpretation:

The influences on the tertiary structure for each of the amino acid given has to be identified based on hydrophobic interaction, hydrogen bonding , formation of salt bridges, covalent bonding or combinations.

Concept introduction:

Tertiary structure is the noncovalent interaction that holds the single protein in a three dimensional shape takes place primarily between the disulphide bonds and side chain thiol groups.

The main interaction that takes place in the tertiary structure of protein are

Hydrophobic interaction

Hydrogen bonds and $R$ side chain

Ionic interaction and

Disulphide interaction.

The acidic and basic side chains attract each other giving rise to salt bridge.

(e)

Interpretation Introduction

Interpretation:

The influences on the tertiary structure for each of the amino acid given has to be identified based on hydrophobic interaction, hydrogen bonding , formation of salt bridges, covalent bonding or combinations.

Concept introduction:

Tertiary structure is the noncovalent interaction that holds the single protein in a three dimensional shape takes place primarily between the disulfide bonds and side chain thiol groups.

The main interaction that takes place in the tertiary structure of protein are

Hydrophobic interaction

Hydrogen bonds and $R$ side chain

Ionic interaction and

Disulphide interaction.

Hydrocarbon side chain are attracted to each other by dispersion forces caused as a result of uneven distribution of electrons give rise to hydrophobic interaction.

(f)

Interpretation Introduction

Interpretation:

The influences on the tertiary structure for each of the amino acid given has to be identified based on hydrophobic interaction, hydrogen bonding , formation of salt bridges, covalent bonding or combinations.

Concept introduction:

Tertiary structure is the noncovalent interaction that holds the single protein in a three dimensional shape takes place primarily between the disulfide bonds and side chain thiol groups.

The main interaction that takes place in the tertiary structure of protein are

Hydrophobic interaction

Hydrogen bonds and $R$ side chain

Ionic interaction and

Disulphide interaction.

Hydrocarbon side chain are attracted to each other by dispersion forces caused as a result of uneven distribution of electrons give rise to hydrophobic interaction.

(g)

Interpretation Introduction

Interpretation:

The influences on the tertiary structure for each of the amino acid given has to be identified based on hydrophobic interaction, hydrogen bonding , formation of salt bridges, covalent bonding or combinations.

Concept introduction:

Tertiary structure is the noncovalent interaction that holds the single protein in a three dimensional shape takes place primarily between the disulphide bonds and side chain thiol groups.

The main interaction that takes place in the tertiary structure of protein are

Hydrophobic interaction

Hydrogen bonds and $R$ side chain

Ionic interaction and

Disulphide interaction.

Hydrocarbon side chain are attracted to each other by dispersion forces caused as a result of uneven distribution of electrons give rise to hydrophobic interaction.

(h)

Interpretation Introduction

Interpretation:

The influences on the tertiary structure for each of the amino acid given has to be identified based on hydrophobic interaction, hydrogen bonding , formation of salt bridges, covalent bonding or combinations.

Concept introduction:

Tertiary structure is the noncovalent interaction that holds the single protein in a three dimensional shape takes place primarily between the disulphide bonds and side chain thiol groups.

The main interaction that takes place in the tertiary structure of protein are

Hydrophobic interaction

Hydrogen bonds and $R$ side chain

Ionic interaction and

Disulfide interaction.

Hydrocarbon side chain is attracted to each other by dispersion forces caused as a result of uneven distribution of electrons give rise to hydrophobic interaction.

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Answer 2

Question

Chapter 18, Problem 18.98CP

(a)

Interpretation Introduction

Interpretation:

The influences on the tertiary structure for each of the amino acid given has to be identified based on hydrophobic interaction, hydrogen bonding , formation of salt bridges, covalent bonding or combinations.

Concept introduction:

Tertiary structure is the noncovalent interaction that holds the single protein in a three dimensional shape takes place primarily between the disulphide bonds and side chain thiol groups.

The main interaction that takes place in the tertiary structure of protein are

Hydrophobic interaction

Hydrogen bonds and $R$ side chain

Ionic interaction and

Disulphide interaction.

Hydrogen bonding is the electrostatic force of attraction between hydrogen and the electronegative atom.

(b)

Interpretation Introduction

Interpretation:

The influences on the tertiary structure for each of the amino acid given has to be identified based on hydrophobic interaction, hydrogen bonding , formation of salt bridges, covalent bonding or combinations.

Concept introduction:

Tertiary structure is the noncovalent interaction that holds the single protein in a three dimensional shape takes place primarily between the disulphide bonds and side chain thiol groups.

The main interaction that takes place in the tertiary structure of protein are

Hydrophobic interaction

Hydrogen bonds and $R$ side chain

Ionic interaction and

Disulphide interaction.

Disulfide bridges are covalent $S-S$ bond formed between these side chains that can join two separate peptide chain or cause a loop in a single peptide chain.

(c)

Interpretation Introduction

Interpretation:

The influences on the tertiary structure for each of the amino acid given has to be identified based on hydrophobic interaction, hydrogen bonding , formation of salt bridges, covalent bonding or combinations.

Concept introduction:

Tertiary structure is the noncovalent interaction that holds the single protein in a three dimensional shape takes place primarily between the disulphide bonds and side chain thiol groups.

The main interaction that takes place in the tertiary structure of protein are

Hydrophobic interaction

Hydrogen bonds and $R$ side chain

Ionic interaction and

Disulphide interaction.

Hydrogen bonding is the electrostatic force of attraction between hydrogen and the electronegative atom.

(d)

Interpretation Introduction

Interpretation:

The influences on the tertiary structure for each of the amino acid given has to be identified based on hydrophobic interaction, hydrogen bonding , formation of salt bridges, covalent bonding or combinations.

Concept introduction:

Tertiary structure is the noncovalent interaction that holds the single protein in a three dimensional shape takes place primarily between the disulphide bonds and side chain thiol groups.

The main interaction that takes place in the tertiary structure of protein are

Hydrophobic interaction

Hydrogen bonds and $R$ side chain

Ionic interaction and

Disulphide interaction.

The acidic and basic side chains attract each other giving rise to salt bridge.

(e)

Interpretation Introduction

Interpretation:

The influences on the tertiary structure for each of the amino acid given has to be identified based on hydrophobic interaction, hydrogen bonding , formation of salt bridges, covalent bonding or combinations.

Concept introduction:

Tertiary structure is the noncovalent interaction that holds the single protein in a three dimensional shape takes place primarily between the disulfide bonds and side chain thiol groups.

The main interaction that takes place in the tertiary structure of protein are

Hydrophobic interaction

Hydrogen bonds and $R$ side chain

Ionic interaction and

Disulphide interaction.

Hydrocarbon side chain are attracted to each other by dispersion forces caused as a result of uneven distribution of electrons give rise to hydrophobic interaction.

(f)

Interpretation Introduction

Interpretation:

The influences on the tertiary structure for each of the amino acid given has to be identified based on hydrophobic interaction, hydrogen bonding , formation of salt bridges, covalent bonding or combinations.

Concept introduction:

Tertiary structure is the noncovalent interaction that holds the single protein in a three dimensional shape takes place primarily between the disulfide bonds and side chain thiol groups.

The main interaction that takes place in the tertiary structure of protein are

Hydrophobic interaction

Hydrogen bonds and $R$ side chain

Ionic interaction and

Disulphide interaction.

Hydrocarbon side chain are attracted to each other by dispersion forces caused as a result of uneven distribution of electrons give rise to hydrophobic interaction.

(g)

Interpretation Introduction

Interpretation:

The influences on the tertiary structure for each of the amino acid given has to be identified based on hydrophobic interaction, hydrogen bonding , formation of salt bridges, covalent bonding or combinations.

Concept introduction:

Tertiary structure is the noncovalent interaction that holds the single protein in a three dimensional shape takes place primarily between the disulphide bonds and side chain thiol groups.

The main interaction that takes place in the tertiary structure of protein are

Hydrophobic interaction

Hydrogen bonds and $R$ side chain

Ionic interaction and

Disulphide interaction.

Hydrocarbon side chain are attracted to each other by dispersion forces caused as a result of uneven distribution of electrons give rise to hydrophobic interaction.

(h)

Interpretation Introduction

Interpretation:

The influences on the tertiary structure for each of the amino acid given has to be identified based on hydrophobic interaction, hydrogen bonding , formation of salt bridges, covalent bonding or combinations.

Concept introduction:

Tertiary structure is the noncovalent interaction that holds the single protein in a three dimensional shape takes place primarily between the disulphide bonds and side chain thiol groups.

The main interaction that takes place in the tertiary structure of protein are

Hydrophobic interaction

Hydrogen bonds and $R$ side chain

Ionic interaction and

Disulfide interaction.

Hydrocarbon side chain is attracted to each other by dispersion forces caused as a result of uneven distribution of electrons give rise to hydrophobic interaction.

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Answer 3

Question

Chapter 18, Problem 18.98CP

(a)

Interpretation Introduction

Interpretation:

The influences on the tertiary structure for each of the amino acid given has to be identified based on hydrophobic interaction, hydrogen bonding , formation of salt bridges, covalent bonding or combinations.

Concept introduction:

Tertiary structure is the noncovalent interaction that holds the single protein in a three dimensional shape takes place primarily between the disulphide bonds and side chain thiol groups.

The main interaction that takes place in the tertiary structure of protein are

Hydrophobic interaction

Hydrogen bonds and $R$ side chain

Ionic interaction and

Disulphide interaction.

Hydrogen bonding is the electrostatic force of attraction between hydrogen and the electronegative atom.

(b)

Interpretation Introduction

Interpretation:

The influences on the tertiary structure for each of the amino acid given has to be identified based on hydrophobic interaction, hydrogen bonding , formation of salt bridges, covalent bonding or combinations.

Concept introduction:

Tertiary structure is the noncovalent interaction that holds the single protein in a three dimensional shape takes place primarily between the disulphide bonds and side chain thiol groups.

The main interaction that takes place in the tertiary structure of protein are

Hydrophobic interaction

Hydrogen bonds and $R$ side chain

Ionic interaction and

Disulphide interaction.

Disulfide bridges are covalent $S-S$ bond formed between these side chains that can join two separate peptide chain or cause a loop in a single peptide chain.

(c)

Interpretation Introduction

Interpretation:

The influences on the tertiary structure for each of the amino acid given has to be identified based on hydrophobic interaction, hydrogen bonding , formation of salt bridges, covalent bonding or combinations.

Concept introduction:

Tertiary structure is the noncovalent interaction that holds the single protein in a three dimensional shape takes place primarily between the disulphide bonds and side chain thiol groups.

The main interaction that takes place in the tertiary structure of protein are

Hydrophobic interaction

Hydrogen bonds and $R$ side chain

Ionic interaction and

Disulphide interaction.

Hydrogen bonding is the electrostatic force of attraction between hydrogen and the electronegative atom.

(d)

Interpretation Introduction

Interpretation:

The influences on the tertiary structure for each of the amino acid given has to be identified based on hydrophobic interaction, hydrogen bonding , formation of salt bridges, covalent bonding or combinations.

Concept introduction:

Tertiary structure is the noncovalent interaction that holds the single protein in a three dimensional shape takes place primarily between the disulphide bonds and side chain thiol groups.

The main interaction that takes place in the tertiary structure of protein are

Hydrophobic interaction

Hydrogen bonds and $R$ side chain

Ionic interaction and

Disulphide interaction.

The acidic and basic side chains attract each other giving rise to salt bridge.

(e)

Interpretation Introduction

Interpretation:

The influences on the tertiary structure for each of the amino acid given has to be identified based on hydrophobic interaction, hydrogen bonding , formation of salt bridges, covalent bonding or combinations.

Concept introduction:

Tertiary structure is the noncovalent interaction that holds the single protein in a three dimensional shape takes place primarily between the disulfide bonds and side chain thiol groups.

The main interaction that takes place in the tertiary structure of protein are

Hydrophobic interaction

Hydrogen bonds and $R$ side chain

Ionic interaction and

Disulphide interaction.

Hydrocarbon side chain are attracted to each other by dispersion forces caused as a result of uneven distribution of electrons give rise to hydrophobic interaction.

(f)

Interpretation Introduction

Interpretation:

The influences on the tertiary structure for each of the amino acid given has to be identified based on hydrophobic interaction, hydrogen bonding , formation of salt bridges, covalent bonding or combinations.

Concept introduction:

Tertiary structure is the noncovalent interaction that holds the single protein in a three dimensional shape takes place primarily between the disulfide bonds and side chain thiol groups.

The main interaction that takes place in the tertiary structure of protein are

Hydrophobic interaction

Hydrogen bonds and $R$ side chain

Ionic interaction and

Disulphide interaction.

Hydrocarbon side chain are attracted to each other by dispersion forces caused as a result of uneven distribution of electrons give rise to hydrophobic interaction.

(g)

Interpretation Introduction

Interpretation:

The influences on the tertiary structure for each of the amino acid given has to be identified based on hydrophobic interaction, hydrogen bonding , formation of salt bridges, covalent bonding or combinations.

Concept introduction:

Tertiary structure is the noncovalent interaction that holds the single protein in a three dimensional shape takes place primarily between the disulphide bonds and side chain thiol groups.

The main interaction that takes place in the tertiary structure of protein are

Hydrophobic interaction

Hydrogen bonds and $R$ side chain

Ionic interaction and

Disulphide interaction.

Hydrocarbon side chain are attracted to each other by dispersion forces caused as a result of uneven distribution of electrons give rise to hydrophobic interaction.

(h)

Interpretation Introduction

Interpretation:

The influences on the tertiary structure for each of the amino acid given has to be identified based on hydrophobic interaction, hydrogen bonding , formation of salt bridges, covalent bonding or combinations.

Concept introduction:

Tertiary structure is the noncovalent interaction that holds the single protein in a three dimensional shape takes place primarily between the disulphide bonds and side chain thiol groups.

The main interaction that takes place in the tertiary structure of protein are

Hydrophobic interaction

Hydrogen bonds and $R$ side chain

Ionic interaction and

Disulfide interaction.

Hydrocarbon side chain is attracted to each other by dispersion forces caused as a result of uneven distribution of electrons give rise to hydrophobic interaction.

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Answer 4

Question

Chapter 18, Problem 18.98CP

(a)

Interpretation Introduction

Interpretation:

The influences on the tertiary structure for each of the amino acid given has to be identified based on hydrophobic interaction, hydrogen bonding , formation of salt bridges, covalent bonding or combinations.

Concept introduction:

Tertiary structure is the noncovalent interaction that holds the single protein in a three dimensional shape takes place primarily between the disulphide bonds and side chain thiol groups.

The main interaction that takes place in the tertiary structure of protein are

Hydrophobic interaction

Hydrogen bonds and $R$ side chain

Ionic interaction and

Disulphide interaction.

Hydrogen bonding is the electrostatic force of attraction between hydrogen and the electronegative atom.

(b)

Interpretation Introduction

Interpretation:

The influences on the tertiary structure for each of the amino acid given has to be identified based on hydrophobic interaction, hydrogen bonding , formation of salt bridges, covalent bonding or combinations.

Concept introduction:

Tertiary structure is the noncovalent interaction that holds the single protein in a three dimensional shape takes place primarily between the disulphide bonds and side chain thiol groups.

The main interaction that takes place in the tertiary structure of protein are

Hydrophobic interaction

Hydrogen bonds and $R$ side chain

Ionic interaction and

Disulphide interaction.

Disulfide bridges are covalent $S-S$ bond formed between these side chains that can join two separate peptide chain or cause a loop in a single peptide chain.

(c)

Interpretation Introduction

Interpretation:

The influences on the tertiary structure for each of the amino acid given has to be identified based on hydrophobic interaction, hydrogen bonding , formation of salt bridges, covalent bonding or combinations.

Concept introduction:

Tertiary structure is the noncovalent interaction that holds the single protein in a three dimensional shape takes place primarily between the disulphide bonds and side chain thiol groups.

The main interaction that takes place in the tertiary structure of protein are

Hydrophobic interaction

Hydrogen bonds and $R$ side chain

Ionic interaction and

Disulphide interaction.

Hydrogen bonding is the electrostatic force of attraction between hydrogen and the electronegative atom.

(d)

Interpretation Introduction

Interpretation:

The influences on the tertiary structure for each of the amino acid given has to be identified based on hydrophobic interaction, hydrogen bonding , formation of salt bridges, covalent bonding or combinations.

Concept introduction:

Tertiary structure is the noncovalent interaction that holds the single protein in a three dimensional shape takes place primarily between the disulphide bonds and side chain thiol groups.

The main interaction that takes place in the tertiary structure of protein are

Hydrophobic interaction

Hydrogen bonds and $R$ side chain

Ionic interaction and

Disulphide interaction.

The acidic and basic side chains attract each other giving rise to salt bridge.

(e)

Interpretation Introduction

Interpretation:

The influences on the tertiary structure for each of the amino acid given has to be identified based on hydrophobic interaction, hydrogen bonding , formation of salt bridges, covalent bonding or combinations.

Concept introduction:

Tertiary structure is the noncovalent interaction that holds the single protein in a three dimensional shape takes place primarily between the disulfide bonds and side chain thiol groups.

The main interaction that takes place in the tertiary structure of protein are

Hydrophobic interaction

Hydrogen bonds and $R$ side chain

Ionic interaction and

Disulphide interaction.

Hydrocarbon side chain are attracted to each other by dispersion forces caused as a result of uneven distribution of electrons give rise to hydrophobic interaction.

(f)

Interpretation Introduction

Interpretation:

The influences on the tertiary structure for each of the amino acid given has to be identified based on hydrophobic interaction, hydrogen bonding , formation of salt bridges, covalent bonding or combinations.

Concept introduction:

Tertiary structure is the noncovalent interaction that holds the single protein in a three dimensional shape takes place primarily between the disulfide bonds and side chain thiol groups.

The main interaction that takes place in the tertiary structure of protein are

Hydrophobic interaction

Hydrogen bonds and $R$ side chain

Ionic interaction and

Disulphide interaction.

Hydrocarbon side chain are attracted to each other by dispersion forces caused as a result of uneven distribution of electrons give rise to hydrophobic interaction.

(g)

Interpretation Introduction

Interpretation:

The influences on the tertiary structure for each of the amino acid given has to be identified based on hydrophobic interaction, hydrogen bonding , formation of salt bridges, covalent bonding or combinations.

Concept introduction:

Tertiary structure is the noncovalent interaction that holds the single protein in a three dimensional shape takes place primarily between the disulphide bonds and side chain thiol groups.

The main interaction that takes place in the tertiary structure of protein are

Hydrophobic interaction

Hydrogen bonds and $R$ side chain

Ionic interaction and

Disulphide interaction.

Hydrocarbon side chain are attracted to each other by dispersion forces caused as a result of uneven distribution of electrons give rise to hydrophobic interaction.

(h)

Interpretation Introduction

Interpretation:

The influences on the tertiary structure for each of the amino acid given has to be identified based on hydrophobic interaction, hydrogen bonding , formation of salt bridges, covalent bonding or combinations.

Concept introduction:

Tertiary structure is the noncovalent interaction that holds the single protein in a three dimensional shape takes place primarily between the disulphide bonds and side chain thiol groups.

The main interaction that takes place in the tertiary structure of protein are

Hydrophobic interaction

Hydrogen bonds and $R$ side chain

Ionic interaction and

Disulfide interaction.

Hydrocarbon side chain is attracted to each other by dispersion forces caused as a result of uneven distribution of electrons give rise to hydrophobic interaction.

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Check out a sample textbook solution

See solution

Answer 5

Chapter 18, Problem 18.98CP

(a)

Interpretation Introduction

Interpretation:

The influences on the tertiary structure for each of the amino acid given has to be identified based on hydrophobic interaction, hydrogen bonding , formation of salt bridges, covalent bonding or combinations.

Concept introduction:

Tertiary structure is the noncovalent interaction that holds the single protein in a three dimensional shape takes place primarily between the disulphide bonds and side chain thiol groups.

The main interaction that takes place in the tertiary structure of protein are

Hydrophobic interaction

Hydrogen bonds and $R$ side chain

Ionic interaction and

Disulphide interaction.

Hydrogen bonding is the electrostatic force of attraction between hydrogen and the electronegative atom.

(b)

Interpretation Introduction

Interpretation:

The influences on the tertiary structure for each of the amino acid given has to be identified based on hydrophobic interaction, hydrogen bonding , formation of salt bridges, covalent bonding or combinations.

Concept introduction:

Tertiary structure is the noncovalent interaction that holds the single protein in a three dimensional shape takes place primarily between the disulphide bonds and side chain thiol groups.

The main interaction that takes place in the tertiary structure of protein are

Hydrophobic interaction

Hydrogen bonds and $R$ side chain

Ionic interaction and

Disulphide interaction.

Disulfide bridges are covalent $S-S$ bond formed between these side chains that can join two separate peptide chain or cause a loop in a single peptide chain.

(c)

Interpretation Introduction

Interpretation:

The influences on the tertiary structure for each of the amino acid given has to be identified based on hydrophobic interaction, hydrogen bonding , formation of salt bridges, covalent bonding or combinations.

Concept introduction:

Tertiary structure is the noncovalent interaction that holds the single protein in a three dimensional shape takes place primarily between the disulphide bonds and side chain thiol groups.

The main interaction that takes place in the tertiary structure of protein are

Hydrophobic interaction

Hydrogen bonds and $R$ side chain

Ionic interaction and

Disulphide interaction.

Hydrogen bonding is the electrostatic force of attraction between hydrogen and the electronegative atom.

(d)

Interpretation Introduction

Interpretation:

The influences on the tertiary structure for each of the amino acid given has to be identified based on hydrophobic interaction, hydrogen bonding , formation of salt bridges, covalent bonding or combinations.

Concept introduction:

Tertiary structure is the noncovalent interaction that holds the single protein in a three dimensional shape takes place primarily between the disulphide bonds and side chain thiol groups.

The main interaction that takes place in the tertiary structure of protein are

Hydrophobic interaction

Hydrogen bonds and $R$ side chain

Ionic interaction and

Disulphide interaction.

The acidic and basic side chains attract each other giving rise to salt bridge.

(e)

Interpretation Introduction

Interpretation:

The influences on the tertiary structure for each of the amino acid given has to be identified based on hydrophobic interaction, hydrogen bonding , formation of salt bridges, covalent bonding or combinations.

Concept introduction:

Tertiary structure is the noncovalent interaction that holds the single protein in a three dimensional shape takes place primarily between the disulfide bonds and side chain thiol groups.

The main interaction that takes place in the tertiary structure of protein are

Hydrophobic interaction

Hydrogen bonds and $R$ side chain

Ionic interaction and

Disulphide interaction.

Hydrocarbon side chain are attracted to each other by dispersion forces caused as a result of uneven distribution of electrons give rise to hydrophobic interaction.

(f)

Interpretation Introduction

Interpretation:

The influences on the tertiary structure for each of the amino acid given has to be identified based on hydrophobic interaction, hydrogen bonding , formation of salt bridges, covalent bonding or combinations.

Concept introduction:

Tertiary structure is the noncovalent interaction that holds the single protein in a three dimensional shape takes place primarily between the disulfide bonds and side chain thiol groups.

The main interaction that takes place in the tertiary structure of protein are

Hydrophobic interaction

Hydrogen bonds and $R$ side chain

Ionic interaction and

Disulphide interaction.

Hydrocarbon side chain are attracted to each other by dispersion forces caused as a result of uneven distribution of electrons give rise to hydrophobic interaction.

(g)

Interpretation Introduction

Interpretation:

The influences on the tertiary structure for each of the amino acid given has to be identified based on hydrophobic interaction, hydrogen bonding , formation of salt bridges, covalent bonding or combinations.

Concept introduction:

Tertiary structure is the noncovalent interaction that holds the single protein in a three dimensional shape takes place primarily between the disulphide bonds and side chain thiol groups.

The main interaction that takes place in the tertiary structure of protein are

Hydrophobic interaction

Hydrogen bonds and $R$ side chain

Ionic interaction and

Disulphide interaction.

Hydrocarbon side chain are attracted to each other by dispersion forces caused as a result of uneven distribution of electrons give rise to hydrophobic interaction.

(h)

Interpretation Introduction

Interpretation:

The influences on the tertiary structure for each of the amino acid given has to be identified based on hydrophobic interaction, hydrogen bonding , formation of salt bridges, covalent bonding or combinations.

Concept introduction:

Tertiary structure is the noncovalent interaction that holds the single protein in a three dimensional shape takes place primarily between the disulphide bonds and side chain thiol groups.

The main interaction that takes place in the tertiary structure of protein are

Hydrophobic interaction

Hydrogen bonds and $R$ side chain

Ionic interaction and

Disulfide interaction.

Hydrocarbon side chain is attracted to each other by dispersion forces caused as a result of uneven distribution of electrons give rise to hydrophobic interaction.

Answer 6

Chapter 18, Problem 18.98CP

(a)

Interpretation Introduction

Interpretation:

The influences on the tertiary structure for each of the amino acid given has to be identified based on hydrophobic interaction, hydrogen bonding , formation of salt bridges, covalent bonding or combinations.

Concept introduction:

Tertiary structure is the noncovalent interaction that holds the single protein in a three dimensional shape takes place primarily between the disulphide bonds and side chain thiol groups.

The main interaction that takes place in the tertiary structure of protein are

Hydrophobic interaction

Hydrogen bonds and $R$ side chain

Ionic interaction and

Disulphide interaction.

Hydrogen bonding is the electrostatic force of attraction between hydrogen and the electronegative atom.

Answer 7

Chapter 18, Problem 18.98CP

(a)

Interpretation Introduction

Interpretation:

The influences on the tertiary structure for each of the amino acid given has to be identified based on hydrophobic interaction, hydrogen bonding , formation of salt bridges, covalent bonding or combinations.

Concept introduction:

Tertiary structure is the noncovalent interaction that holds the single protein in a three dimensional shape takes place primarily between the disulphide bonds and side chain thiol groups.

The main interaction that takes place in the tertiary structure of protein are

Hydrophobic interaction

Hydrogen bonds and $R$ side chain

Ionic interaction and

Disulphide interaction.

Hydrogen bonding is the electrostatic force of attraction between hydrogen and the electronegative atom.

Answer 8

(b)

Interpretation Introduction

Interpretation:

The influences on the tertiary structure for each of the amino acid given has to be identified based on hydrophobic interaction, hydrogen bonding , formation of salt bridges, covalent bonding or combinations.

Concept introduction:

Tertiary structure is the noncovalent interaction that holds the single protein in a three dimensional shape takes place primarily between the disulphide bonds and side chain thiol groups.

The main interaction that takes place in the tertiary structure of protein are

Hydrophobic interaction

Hydrogen bonds and $R$ side chain

Ionic interaction and

Disulphide interaction.

Disulfide bridges are covalent $S-S$ bond formed between these side chains that can join two separate peptide chain or cause a loop in a single peptide chain.

Answer 9

(b)

Interpretation Introduction

Interpretation:

The influences on the tertiary structure for each of the amino acid given has to be identified based on hydrophobic interaction, hydrogen bonding , formation of salt bridges, covalent bonding or combinations.

Concept introduction:

Tertiary structure is the noncovalent interaction that holds the single protein in a three dimensional shape takes place primarily between the disulphide bonds and side chain thiol groups.

The main interaction that takes place in the tertiary structure of protein are

Hydrophobic interaction

Hydrogen bonds and $R$ side chain

Ionic interaction and

Disulphide interaction.

Disulfide bridges are covalent $S-S$ bond formed between these side chains that can join two separate peptide chain or cause a loop in a single peptide chain.

Answer 10

(c)

Interpretation Introduction

Interpretation:

The influences on the tertiary structure for each of the amino acid given has to be identified based on hydrophobic interaction, hydrogen bonding , formation of salt bridges, covalent bonding or combinations.

Concept introduction:

Tertiary structure is the noncovalent interaction that holds the single protein in a three dimensional shape takes place primarily between the disulphide bonds and side chain thiol groups.

The main interaction that takes place in the tertiary structure of protein are

Hydrophobic interaction

Hydrogen bonds and $R$ side chain

Ionic interaction and

Disulphide interaction.

Hydrogen bonding is the electrostatic force of attraction between hydrogen and the electronegative atom.

Answer 11

(c)

Interpretation Introduction

Interpretation:

The influences on the tertiary structure for each of the amino acid given has to be identified based on hydrophobic interaction, hydrogen bonding , formation of salt bridges, covalent bonding or combinations.

Concept introduction:

Tertiary structure is the noncovalent interaction that holds the single protein in a three dimensional shape takes place primarily between the disulphide bonds and side chain thiol groups.

The main interaction that takes place in the tertiary structure of protein are

Hydrophobic interaction

Hydrogen bonds and $R$ side chain

Ionic interaction and

Disulphide interaction.

Hydrogen bonding is the electrostatic force of attraction between hydrogen and the electronegative atom.

Answer 12

(d)

Interpretation Introduction

Interpretation:

The influences on the tertiary structure for each of the amino acid given has to be identified based on hydrophobic interaction, hydrogen bonding , formation of salt bridges, covalent bonding or combinations.

Concept introduction:

Tertiary structure is the noncovalent interaction that holds the single protein in a three dimensional shape takes place primarily between the disulphide bonds and side chain thiol groups.

The main interaction that takes place in the tertiary structure of protein are

Hydrophobic interaction

Hydrogen bonds and $R$ side chain

Ionic interaction and

Disulphide interaction.

The acidic and basic side chains attract each other giving rise to salt bridge.

Answer 13

(d)

Interpretation Introduction

Interpretation:

The influences on the tertiary structure for each of the amino acid given has to be identified based on hydrophobic interaction, hydrogen bonding , formation of salt bridges, covalent bonding or combinations.

Concept introduction:

Tertiary structure is the noncovalent interaction that holds the single protein in a three dimensional shape takes place primarily between the disulphide bonds and side chain thiol groups.

The main interaction that takes place in the tertiary structure of protein are

Hydrophobic interaction

Hydrogen bonds and $R$ side chain

Ionic interaction and

Disulphide interaction.

The acidic and basic side chains attract each other giving rise to salt bridge.

Answer 14

(e)

Interpretation Introduction

Interpretation:

The influences on the tertiary structure for each of the amino acid given has to be identified based on hydrophobic interaction, hydrogen bonding , formation of salt bridges, covalent bonding or combinations.

Concept introduction:

Tertiary structure is the noncovalent interaction that holds the single protein in a three dimensional shape takes place primarily between the disulfide bonds and side chain thiol groups.

The main interaction that takes place in the tertiary structure of protein are

Hydrophobic interaction

Hydrogen bonds and $R$ side chain

Ionic interaction and

Disulphide interaction.

Hydrocarbon side chain are attracted to each other by dispersion forces caused as a result of uneven distribution of electrons give rise to hydrophobic interaction.

Answer 15

(e)

Interpretation Introduction

Interpretation:

The influences on the tertiary structure for each of the amino acid given has to be identified based on hydrophobic interaction, hydrogen bonding , formation of salt bridges, covalent bonding or combinations.

Concept introduction:

Tertiary structure is the noncovalent interaction that holds the single protein in a three dimensional shape takes place primarily between the disulfide bonds and side chain thiol groups.

The main interaction that takes place in the tertiary structure of protein are

Hydrophobic interaction

Hydrogen bonds and $R$ side chain

Ionic interaction and

Disulphide interaction.

Hydrocarbon side chain are attracted to each other by dispersion forces caused as a result of uneven distribution of electrons give rise to hydrophobic interaction.

Answer 16

(f)

Interpretation Introduction

Interpretation:

The influences on the tertiary structure for each of the amino acid given has to be identified based on hydrophobic interaction, hydrogen bonding , formation of salt bridges, covalent bonding or combinations.

Concept introduction:

Tertiary structure is the noncovalent interaction that holds the single protein in a three dimensional shape takes place primarily between the disulfide bonds and side chain thiol groups.

The main interaction that takes place in the tertiary structure of protein are

Hydrophobic interaction

Hydrogen bonds and $R$ side chain

Ionic interaction and

Disulphide interaction.

Hydrocarbon side chain are attracted to each other by dispersion forces caused as a result of uneven distribution of electrons give rise to hydrophobic interaction.

Answer 17

(f)

Interpretation Introduction

Interpretation:

The influences on the tertiary structure for each of the amino acid given has to be identified based on hydrophobic interaction, hydrogen bonding , formation of salt bridges, covalent bonding or combinations.

Concept introduction:

Tertiary structure is the noncovalent interaction that holds the single protein in a three dimensional shape takes place primarily between the disulfide bonds and side chain thiol groups.

The main interaction that takes place in the tertiary structure of protein are

Hydrophobic interaction

Hydrogen bonds and $R$ side chain

Ionic interaction and

Disulphide interaction.

Hydrocarbon side chain are attracted to each other by dispersion forces caused as a result of uneven distribution of electrons give rise to hydrophobic interaction.

Answer 18

(g)

Interpretation Introduction

Interpretation:

The influences on the tertiary structure for each of the amino acid given has to be identified based on hydrophobic interaction, hydrogen bonding , formation of salt bridges, covalent bonding or combinations.

Concept introduction:

Tertiary structure is the noncovalent interaction that holds the single protein in a three dimensional shape takes place primarily between the disulphide bonds and side chain thiol groups.

The main interaction that takes place in the tertiary structure of protein are

Hydrophobic interaction

Hydrogen bonds and $R$ side chain

Ionic interaction and

Disulphide interaction.

Hydrocarbon side chain are attracted to each other by dispersion forces caused as a result of uneven distribution of electrons give rise to hydrophobic interaction.

Answer 19

(g)

Interpretation Introduction

Interpretation:

The influences on the tertiary structure for each of the amino acid given has to be identified based on hydrophobic interaction, hydrogen bonding , formation of salt bridges, covalent bonding or combinations.

Concept introduction:

Tertiary structure is the noncovalent interaction that holds the single protein in a three dimensional shape takes place primarily between the disulphide bonds and side chain thiol groups.

The main interaction that takes place in the tertiary structure of protein are

Hydrophobic interaction

Hydrogen bonds and $R$ side chain

Ionic interaction and

Disulphide interaction.

Hydrocarbon side chain are attracted to each other by dispersion forces caused as a result of uneven distribution of electrons give rise to hydrophobic interaction.

Answer 20

(h)

Interpretation Introduction

Interpretation:

The influences on the tertiary structure for each of the amino acid given has to be identified based on hydrophobic interaction, hydrogen bonding , formation of salt bridges, covalent bonding or combinations.

Concept introduction:

Tertiary structure is the noncovalent interaction that holds the single protein in a three dimensional shape takes place primarily between the disulphide bonds and side chain thiol groups.

The main interaction that takes place in the tertiary structure of protein are

Hydrophobic interaction

Hydrogen bonds and $R$ side chain

Ionic interaction and

Disulfide interaction.

Hydrocarbon side chain is attracted to each other by dispersion forces caused as a result of uneven distribution of electrons give rise to hydrophobic interaction.

Answer 21

(h)

Interpretation Introduction

Interpretation:

The influences on the tertiary structure for each of the amino acid given has to be identified based on hydrophobic interaction, hydrogen bonding , formation of salt bridges, covalent bonding or combinations.

Concept introduction:

Tertiary structure is the noncovalent interaction that holds the single protein in a three dimensional shape takes place primarily between the disulphide bonds and side chain thiol groups.

The main interaction that takes place in the tertiary structure of protein are

Hydrophobic interaction

Hydrogen bonds and $R$ side chain

Ionic interaction and

Disulfide interaction.

Hydrocarbon side chain is attracted to each other by dispersion forces caused as a result of uneven distribution of electrons give rise to hydrophobic interaction.

Answer 22

Expert Solution & Answer

Answer 23

Expert Solution & Answer

Answer 24

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Answer 25

Ch. 18.2 - Prob. 18.1P Ch. 18.2 - Prob. 18.2P Ch. 18.3 - Prob. 18.3P Ch. 18.3 - Examine the ball-and-stick model of valine in the...Ch. 18.3 - Indicate whether each of the following molecules...Ch. 18.3 - Prob. 18.6P Ch. 18.3 - Prob. 18.7KCP Ch. 18.3 - Prob. 18.8P Ch. 18.3 - Prob. 18.9P Ch. 18.3 - Prob. 18.10P

Solution Summary: The author explains that the influences on the tertiary structure for each of the amino acids given have to be identified based on hydrophobic interaction, hydrogen bonding, formation of salt bridges, covalent bonds, or

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