Capillaries usually form branching networks called capillary beds, which allow quick exchange of substances between cells and the blood. There are two main types of pressure in the capillaries: the colloidal osmotic pressure (COP) and the hydrostatic pressure (HP). These cause water to move inopposite directions. The net filtration pressure (NFP) is the overall pressure that can drive water in and out of the capillaries. It is equal to the difference between the opposite HP (drives water out) and the COP (drives water in).

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Answer 1

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Chapter 18, Problem 16CYR

Summary Introduction

Introduction:

Capillaries usually form branching networks called capillary beds, which allow quick exchange of substances between cells and the blood. There are two main types of pressure in the capillaries: the colloidal osmotic pressure (COP) and the hydrostatic pressure (HP). These cause water to move inopposite directions. The net filtration pressure (NFP) is the overall pressure that can drive water in and out of the capillaries. It is equal to the difference between the opposite HP (drives water out) and the COP (drives water in).

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Answer 2

Question

Chapter 18, Problem 16CYR

Summary Introduction

Introduction:

Capillaries usually form branching networks called capillary beds, which allow quick exchange of substances between cells and the blood. There are two main types of pressure in the capillaries: the colloidal osmotic pressure (COP) and the hydrostatic pressure (HP). These cause water to move inopposite directions. The net filtration pressure (NFP) is the overall pressure that can drive water in and out of the capillaries. It is equal to the difference between the opposite HP (drives water out) and the COP (drives water in).

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Answer 3

Question

Chapter 18, Problem 16CYR

Summary Introduction

Introduction:

Capillaries usually form branching networks called capillary beds, which allow quick exchange of substances between cells and the blood. There are two main types of pressure in the capillaries: the colloidal osmotic pressure (COP) and the hydrostatic pressure (HP). These cause water to move inopposite directions. The net filtration pressure (NFP) is the overall pressure that can drive water in and out of the capillaries. It is equal to the difference between the opposite HP (drives water out) and the COP (drives water in).

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Answer 4

Question

Chapter 18, Problem 16CYR

Summary Introduction

Introduction:

Capillaries usually form branching networks called capillary beds, which allow quick exchange of substances between cells and the blood. There are two main types of pressure in the capillaries: the colloidal osmotic pressure (COP) and the hydrostatic pressure (HP). These cause water to move inopposite directions. The net filtration pressure (NFP) is the overall pressure that can drive water in and out of the capillaries. It is equal to the difference between the opposite HP (drives water out) and the COP (drives water in).

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Answer 5

Chapter 18, Problem 16CYR

Summary Introduction

Introduction:

Capillaries usually form branching networks called capillary beds, which allow quick exchange of substances between cells and the blood. There are two main types of pressure in the capillaries: the colloidal osmotic pressure (COP) and the hydrostatic pressure (HP). These cause water to move inopposite directions. The net filtration pressure (NFP) is the overall pressure that can drive water in and out of the capillaries. It is equal to the difference between the opposite HP (drives water out) and the COP (drives water in).

Answer 6

Chapter 18, Problem 16CYR

Summary Introduction

Introduction:

Capillaries usually form branching networks called capillary beds, which allow quick exchange of substances between cells and the blood. There are two main types of pressure in the capillaries: the colloidal osmotic pressure (COP) and the hydrostatic pressure (HP). These cause water to move inopposite directions. The net filtration pressure (NFP) is the overall pressure that can drive water in and out of the capillaries. It is equal to the difference between the opposite HP (drives water out) and the COP (drives water in).

Answer 7

Chapter 18, Problem 16CYR

Summary Introduction

Introduction:

Capillaries usually form branching networks called capillary beds, which allow quick exchange of substances between cells and the blood. There are two main types of pressure in the capillaries: the colloidal osmotic pressure (COP) and the hydrostatic pressure (HP). These cause water to move inopposite directions. The net filtration pressure (NFP) is the overall pressure that can drive water in and out of the capillaries. It is equal to the difference between the opposite HP (drives water out) and the COP (drives water in).

Answer 8

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Answer 9

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Answer 11

Ch. 18.1 - Define the three types of blood vessels in the...Ch. 18.1 - Prob. 2QC Ch. 18.1 - Prob. 3QC Ch. 18.1 - Prob. 4QC Ch. 18.1 - Prob. 5QC Ch. 18.1 - 6. How do veins differ structurally and...Ch. 18.1 - Prob. 7QC Ch. 18.1 - What are venous valves, and what are their...Ch. 18.1 - Prob. 9QC Ch. 18.2 - Prob. 1QC

Solution Summary: The author explains that the net filtration pressure in most capillary beds favors absorption, osmosis, and secretion.

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