The initial composition of the solute in the hemodialysis dialysate that would be suitable in replacement of the reabsorption and the secretion of the solutes in a functional kidney. Concept introduction : The composition of the filtrate in the kidney includes glucose, urea, vitamins, salt ions, amino acids and the drugs. The absorption the glucose takes place in the proximal tubules. The reabsorption of salts takes place in the distal tubules. The process of the countercurrent ion transport takes place inside the nephrons of the kidney. The two processes are the active transport and the passive transport inside the kidney cells. The aquaporin channels are present in the collecting duct, which transport the water and the ions in the body. The substances in the replaced fluid should contain glucose, salt ions like sodium and potassium. The concentration of the urea should be less in the dialysate fluid.

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Answer 1

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Chapter 44.3, Problem 3CC

Summary Introduction

To identify: The initial composition of the solute in the hemodialysis dialysate that would be suitable in replacement of the reabsorption and the secretion of the solutes in a functional kidney.

Concept introduction: The composition of the filtrate in the kidney includes glucose, urea, vitamins, salt ions, amino acids and the drugs. The absorption the glucose takes place in the proximal tubules. The reabsorption of salts takes place in the distal tubules. The process of the countercurrent ion transport takes place inside the nephrons of the kidney.

The two processes are the active transport and the passive transport inside the kidney cells. The aquaporin channels are present in the collecting duct, which transport the water and the ions in the body. The substances in the replaced fluid should contain glucose, salt ions like sodium and potassium. The concentration of the urea should be less in the dialysate fluid.

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Answer 2

Question

Chapter 44.3, Problem 3CC

Summary Introduction

To identify: The initial composition of the solute in the hemodialysis dialysate that would be suitable in replacement of the reabsorption and the secretion of the solutes in a functional kidney.

Concept introduction: The composition of the filtrate in the kidney includes glucose, urea, vitamins, salt ions, amino acids and the drugs. The absorption the glucose takes place in the proximal tubules. The reabsorption of salts takes place in the distal tubules. The process of the countercurrent ion transport takes place inside the nephrons of the kidney.

The two processes are the active transport and the passive transport inside the kidney cells. The aquaporin channels are present in the collecting duct, which transport the water and the ions in the body. The substances in the replaced fluid should contain glucose, salt ions like sodium and potassium. The concentration of the urea should be less in the dialysate fluid.

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Answer 3

Question

Chapter 44.3, Problem 3CC

Summary Introduction

To identify: The initial composition of the solute in the hemodialysis dialysate that would be suitable in replacement of the reabsorption and the secretion of the solutes in a functional kidney.

Concept introduction: The composition of the filtrate in the kidney includes glucose, urea, vitamins, salt ions, amino acids and the drugs. The absorption the glucose takes place in the proximal tubules. The reabsorption of salts takes place in the distal tubules. The process of the countercurrent ion transport takes place inside the nephrons of the kidney.

The two processes are the active transport and the passive transport inside the kidney cells. The aquaporin channels are present in the collecting duct, which transport the water and the ions in the body. The substances in the replaced fluid should contain glucose, salt ions like sodium and potassium. The concentration of the urea should be less in the dialysate fluid.

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Answer 4

Question

Chapter 44.3, Problem 3CC

Summary Introduction

To identify: The initial composition of the solute in the hemodialysis dialysate that would be suitable in replacement of the reabsorption and the secretion of the solutes in a functional kidney.

Concept introduction: The composition of the filtrate in the kidney includes glucose, urea, vitamins, salt ions, amino acids and the drugs. The absorption the glucose takes place in the proximal tubules. The reabsorption of salts takes place in the distal tubules. The process of the countercurrent ion transport takes place inside the nephrons of the kidney.

The two processes are the active transport and the passive transport inside the kidney cells. The aquaporin channels are present in the collecting duct, which transport the water and the ions in the body. The substances in the replaced fluid should contain glucose, salt ions like sodium and potassium. The concentration of the urea should be less in the dialysate fluid.

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Answer 5

Chapter 44.3, Problem 3CC

Summary Introduction

To identify: The initial composition of the solute in the hemodialysis dialysate that would be suitable in replacement of the reabsorption and the secretion of the solutes in a functional kidney.

Concept introduction: The composition of the filtrate in the kidney includes glucose, urea, vitamins, salt ions, amino acids and the drugs. The absorption the glucose takes place in the proximal tubules. The reabsorption of salts takes place in the distal tubules. The process of the countercurrent ion transport takes place inside the nephrons of the kidney.

The two processes are the active transport and the passive transport inside the kidney cells. The aquaporin channels are present in the collecting duct, which transport the water and the ions in the body. The substances in the replaced fluid should contain glucose, salt ions like sodium and potassium. The concentration of the urea should be less in the dialysate fluid.

Answer 6

Chapter 44.3, Problem 3CC

Summary Introduction

To identify: The initial composition of the solute in the hemodialysis dialysate that would be suitable in replacement of the reabsorption and the secretion of the solutes in a functional kidney.

Concept introduction: The composition of the filtrate in the kidney includes glucose, urea, vitamins, salt ions, amino acids and the drugs. The absorption the glucose takes place in the proximal tubules. The reabsorption of salts takes place in the distal tubules. The process of the countercurrent ion transport takes place inside the nephrons of the kidney.

The two processes are the active transport and the passive transport inside the kidney cells. The aquaporin channels are present in the collecting duct, which transport the water and the ions in the body. The substances in the replaced fluid should contain glucose, salt ions like sodium and potassium. The concentration of the urea should be less in the dialysate fluid.

Answer 7

Chapter 44.3, Problem 3CC

Summary Introduction

To identify: The initial composition of the solute in the hemodialysis dialysate that would be suitable in replacement of the reabsorption and the secretion of the solutes in a functional kidney.

Concept introduction: The composition of the filtrate in the kidney includes glucose, urea, vitamins, salt ions, amino acids and the drugs. The absorption the glucose takes place in the proximal tubules. The reabsorption of salts takes place in the distal tubules. The process of the countercurrent ion transport takes place inside the nephrons of the kidney.

The two processes are the active transport and the passive transport inside the kidney cells. The aquaporin channels are present in the collecting duct, which transport the water and the ions in the body. The substances in the replaced fluid should contain glucose, salt ions like sodium and potassium. The concentration of the urea should be less in the dialysate fluid.

Answer 8

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Answer 11

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Solution Summary: The author explains the composition of the solute in the hemodialysis dialysate that would be suitable for replacement of reabsorption and the secretion in a functional kidney.

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