Explanation Pictorial representation: Fig. 1 shows the Glomerular hydrostatic pressure (HP g ) in the glomerulus. Fig.1: Glomerular hydrostatic pressure (HPg). Both water and solutes move from the blood plasma across filtration membrane and into the capsular space to form filtrate. Then, the blood leaves the glomerulus through an efferent arteriole...

3rd Edition

ISBN: 2810021398400

Author: McKinley

Publisher: MCG

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Question

Chapter 24.5, Problem 25LO

Summary Introduction

To determine: The glomerular hydrostatic pressure (HP_g) and reason that glomerular hydrostatic pressure (HP_g) is higher than the pressure in other capillaries.

Concept introduction: Filtrate is produced due to the difference between the hydrostatic pressure of the blood in the glomerulus and the opposing pressure of both the osmotic blood pressure and the fluid pressure in the capsular space of the renal corpuscle.

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Chapter 24.5, Problem 17WDL

Chapter 24.5, Problem 26LO

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