The kind of protein described by the properties of the given transmembrane protein. Introduction: Transporter enhances the movement of small, water-soluble, organic molecules and some inorganic ions across the cell membrane. The cell membrane contains transporter that brings nutrients such as sugar, amino acid, as like enzymes bind with substrate molecules. Transporters are highly selective toward the solute, sometimes it allows single molecules to transport. A transmembrane protein has various binding proteins with respect to the switch conformation between binding sites.

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Answer 1

Question

Chapter 12, Problem 3Q

A.

Summary Introduction

To explain: The kind of protein described by the properties of the given transmembrane protein.

Introduction: Transporter enhances the movement of small, water-soluble, organic molecules and some inorganic ions across the cell membrane. The cell membrane contains transporter that brings nutrients such as sugar, amino acid, as like enzymes bind with substrate molecules. Transporters are highly selective toward the solute, sometimes it allows single molecules to transport. A transmembrane protein has various binding proteins with respect to the switch conformation between binding sites.

B.

Summary Introduction

To explain: The need for any additional properties to turn this protein into a symport that couples the movement of solute A up its concentration gradient to the movement of solute B down its electrochemical gradient.

Introduction: Transporter enhances the movement of small, water-soluble, organic molecules and some inorganic ions across the cell membrane. The cell membrane contains transporter that brings nutrients such as sugar, amino acid, as like enzymes bind with substrate molecules. Transporters are highly selective toward the solute, sometimes it allows single molecules to transport. A transmembrane protein has various binding proteins with respect to the switch conformation between binding sites.

C.

Summary Introduction

To explain: The set of rules that define an antiport.

Introduction: Transporter enhances the movement of small, water-soluble, organic molecules and some inorganic ions across the cell membrane. The cell membrane contains transporter that brings nutrients such as sugar, amino acid, as like enzymes bind with substrate molecules. Transporters are highly selective toward the solute, sometimes it allows single molecules to transport. A transmembrane protein has various binding proteins with respect to the switch conformation between binding sites.

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Answer 2

Question

Chapter 12, Problem 3Q

A.

Summary Introduction

To explain: The kind of protein described by the properties of the given transmembrane protein.

Introduction: Transporter enhances the movement of small, water-soluble, organic molecules and some inorganic ions across the cell membrane. The cell membrane contains transporter that brings nutrients such as sugar, amino acid, as like enzymes bind with substrate molecules. Transporters are highly selective toward the solute, sometimes it allows single molecules to transport. A transmembrane protein has various binding proteins with respect to the switch conformation between binding sites.

B.

Summary Introduction

To explain: The need for any additional properties to turn this protein into a symport that couples the movement of solute A up its concentration gradient to the movement of solute B down its electrochemical gradient.

Introduction: Transporter enhances the movement of small, water-soluble, organic molecules and some inorganic ions across the cell membrane. The cell membrane contains transporter that brings nutrients such as sugar, amino acid, as like enzymes bind with substrate molecules. Transporters are highly selective toward the solute, sometimes it allows single molecules to transport. A transmembrane protein has various binding proteins with respect to the switch conformation between binding sites.

C.

Summary Introduction

To explain: The set of rules that define an antiport.

Introduction: Transporter enhances the movement of small, water-soluble, organic molecules and some inorganic ions across the cell membrane. The cell membrane contains transporter that brings nutrients such as sugar, amino acid, as like enzymes bind with substrate molecules. Transporters are highly selective toward the solute, sometimes it allows single molecules to transport. A transmembrane protein has various binding proteins with respect to the switch conformation between binding sites.

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Answer 3

Question

Chapter 12, Problem 3Q

A.

Summary Introduction

To explain: The kind of protein described by the properties of the given transmembrane protein.

Introduction: Transporter enhances the movement of small, water-soluble, organic molecules and some inorganic ions across the cell membrane. The cell membrane contains transporter that brings nutrients such as sugar, amino acid, as like enzymes bind with substrate molecules. Transporters are highly selective toward the solute, sometimes it allows single molecules to transport. A transmembrane protein has various binding proteins with respect to the switch conformation between binding sites.

B.

Summary Introduction

To explain: The need for any additional properties to turn this protein into a symport that couples the movement of solute A up its concentration gradient to the movement of solute B down its electrochemical gradient.

Introduction: Transporter enhances the movement of small, water-soluble, organic molecules and some inorganic ions across the cell membrane. The cell membrane contains transporter that brings nutrients such as sugar, amino acid, as like enzymes bind with substrate molecules. Transporters are highly selective toward the solute, sometimes it allows single molecules to transport. A transmembrane protein has various binding proteins with respect to the switch conformation between binding sites.

C.

Summary Introduction

To explain: The set of rules that define an antiport.

Introduction: Transporter enhances the movement of small, water-soluble, organic molecules and some inorganic ions across the cell membrane. The cell membrane contains transporter that brings nutrients such as sugar, amino acid, as like enzymes bind with substrate molecules. Transporters are highly selective toward the solute, sometimes it allows single molecules to transport. A transmembrane protein has various binding proteins with respect to the switch conformation between binding sites.

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Answer 4

Question

Chapter 12, Problem 3Q

A.

Summary Introduction

To explain: The kind of protein described by the properties of the given transmembrane protein.

Introduction: Transporter enhances the movement of small, water-soluble, organic molecules and some inorganic ions across the cell membrane. The cell membrane contains transporter that brings nutrients such as sugar, amino acid, as like enzymes bind with substrate molecules. Transporters are highly selective toward the solute, sometimes it allows single molecules to transport. A transmembrane protein has various binding proteins with respect to the switch conformation between binding sites.

B.

Summary Introduction

To explain: The need for any additional properties to turn this protein into a symport that couples the movement of solute A up its concentration gradient to the movement of solute B down its electrochemical gradient.

Introduction: Transporter enhances the movement of small, water-soluble, organic molecules and some inorganic ions across the cell membrane. The cell membrane contains transporter that brings nutrients such as sugar, amino acid, as like enzymes bind with substrate molecules. Transporters are highly selective toward the solute, sometimes it allows single molecules to transport. A transmembrane protein has various binding proteins with respect to the switch conformation between binding sites.

C.

Summary Introduction

To explain: The set of rules that define an antiport.

Introduction: Transporter enhances the movement of small, water-soluble, organic molecules and some inorganic ions across the cell membrane. The cell membrane contains transporter that brings nutrients such as sugar, amino acid, as like enzymes bind with substrate molecules. Transporters are highly selective toward the solute, sometimes it allows single molecules to transport. A transmembrane protein has various binding proteins with respect to the switch conformation between binding sites.

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Answer 5

Chapter 12, Problem 3Q

A.

Summary Introduction

To explain: The kind of protein described by the properties of the given transmembrane protein.

Introduction: Transporter enhances the movement of small, water-soluble, organic molecules and some inorganic ions across the cell membrane. The cell membrane contains transporter that brings nutrients such as sugar, amino acid, as like enzymes bind with substrate molecules. Transporters are highly selective toward the solute, sometimes it allows single molecules to transport. A transmembrane protein has various binding proteins with respect to the switch conformation between binding sites.

B.

Summary Introduction

To explain: The need for any additional properties to turn this protein into a symport that couples the movement of solute A up its concentration gradient to the movement of solute B down its electrochemical gradient.

Introduction: Transporter enhances the movement of small, water-soluble, organic molecules and some inorganic ions across the cell membrane. The cell membrane contains transporter that brings nutrients such as sugar, amino acid, as like enzymes bind with substrate molecules. Transporters are highly selective toward the solute, sometimes it allows single molecules to transport. A transmembrane protein has various binding proteins with respect to the switch conformation between binding sites.

C.

Summary Introduction

To explain: The set of rules that define an antiport.

Introduction: Transporter enhances the movement of small, water-soluble, organic molecules and some inorganic ions across the cell membrane. The cell membrane contains transporter that brings nutrients such as sugar, amino acid, as like enzymes bind with substrate molecules. Transporters are highly selective toward the solute, sometimes it allows single molecules to transport. A transmembrane protein has various binding proteins with respect to the switch conformation between binding sites.

Answer 6

Chapter 12, Problem 3Q

A.

Summary Introduction

To explain: The kind of protein described by the properties of the given transmembrane protein.

Introduction: Transporter enhances the movement of small, water-soluble, organic molecules and some inorganic ions across the cell membrane. The cell membrane contains transporter that brings nutrients such as sugar, amino acid, as like enzymes bind with substrate molecules. Transporters are highly selective toward the solute, sometimes it allows single molecules to transport. A transmembrane protein has various binding proteins with respect to the switch conformation between binding sites.

Answer 7

Chapter 12, Problem 3Q

A.

Summary Introduction

To explain: The kind of protein described by the properties of the given transmembrane protein.

Introduction: Transporter enhances the movement of small, water-soluble, organic molecules and some inorganic ions across the cell membrane. The cell membrane contains transporter that brings nutrients such as sugar, amino acid, as like enzymes bind with substrate molecules. Transporters are highly selective toward the solute, sometimes it allows single molecules to transport. A transmembrane protein has various binding proteins with respect to the switch conformation between binding sites.

Answer 8

B.

Summary Introduction

To explain: The need for any additional properties to turn this protein into a symport that couples the movement of solute A up its concentration gradient to the movement of solute B down its electrochemical gradient.

Introduction: Transporter enhances the movement of small, water-soluble, organic molecules and some inorganic ions across the cell membrane. The cell membrane contains transporter that brings nutrients such as sugar, amino acid, as like enzymes bind with substrate molecules. Transporters are highly selective toward the solute, sometimes it allows single molecules to transport. A transmembrane protein has various binding proteins with respect to the switch conformation between binding sites.

Answer 9

B.

Summary Introduction

To explain: The need for any additional properties to turn this protein into a symport that couples the movement of solute A up its concentration gradient to the movement of solute B down its electrochemical gradient.

Introduction: Transporter enhances the movement of small, water-soluble, organic molecules and some inorganic ions across the cell membrane. The cell membrane contains transporter that brings nutrients such as sugar, amino acid, as like enzymes bind with substrate molecules. Transporters are highly selective toward the solute, sometimes it allows single molecules to transport. A transmembrane protein has various binding proteins with respect to the switch conformation between binding sites.

Answer 10

C.

Summary Introduction

To explain: The set of rules that define an antiport.

Introduction: Transporter enhances the movement of small, water-soluble, organic molecules and some inorganic ions across the cell membrane. The cell membrane contains transporter that brings nutrients such as sugar, amino acid, as like enzymes bind with substrate molecules. Transporters are highly selective toward the solute, sometimes it allows single molecules to transport. A transmembrane protein has various binding proteins with respect to the switch conformation between binding sites.

Answer 11

C.

Summary Introduction

To explain: The set of rules that define an antiport.

Introduction: Transporter enhances the movement of small, water-soluble, organic molecules and some inorganic ions across the cell membrane. The cell membrane contains transporter that brings nutrients such as sugar, amino acid, as like enzymes bind with substrate molecules. Transporters are highly selective toward the solute, sometimes it allows single molecules to transport. A transmembrane protein has various binding proteins with respect to the switch conformation between binding sites.

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Answer 15

Ch. 12 - Prob. 1Q Ch. 12 - Prob. 2Q Ch. 12 - Prob. 3Q Ch. 12 - Prob. 4Q Ch. 12 - Prob. 5Q Ch. 12 - Prob. 6Q Ch. 12 - Prob. 7Q Ch. 12 - Prob. 8Q Ch. 12 - Prob. 9Q Ch. 12 - Prob. 10Q

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