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Group 2 Group 2 t0omosht CORTEX 300 H,0 300 MEDULLA 100 mosM 400 mOsM 300 mosM 300 mosM No vasopressin secretion H,0 H,0I 500 MOSM 600 H,0 600 100 mosM 600 mosM 600 mosM mOsM Maximal vasopressin secretion 700 mosM H,0 Vasa recta - - Vasa recta 800 mosM 100 mosM Production of low-volume, hyperosmotic urine 900 mosM 900 mOsM H,0 900 900 mosM H,0 1000 mosM 100 mosM H,0 Production of high-volume, hyposmotic urine 1200 mosM 1200 mosM 1100 mosM Collecting duct Aquaporin-2 channels are inserted into the apical 1200 mosM 1200 mosM Group 2 Group 2 membrane Vasopressin causes insertion of water pores into the apical membrane. Hormone vasopressin Vasa Cross section of recta collecting duct Medullary interstitial fluid Collecting duct lumen Vasa Collecting duct cell recta Vasopressin activation of receptors in the basal membrane Group 1 Group 1 Blood Filtrate flow H,0 Storage location of aquaporin-2 channels H,0 H,0 H,0 700 mosM 600 mosM 600 mosM Group 1 Water follows the osmotic Group 1 gradient into the blood Signal transduction pathway activates exocytosis of stored toaporin-2 water por CAMP vesicles Group 1 Group 1

Group 2 Group 2 t0omosht CORTEX 300 H,0 300 MEDULLA 100 mosM 400 mOsM 300 mosM 300 mosM No vasopressin secretion H,0 H,0I 500 MOSM 600 H,0 600 100 mosM 600 mosM 600 mosM mOsM Maximal vasopressin secretion 700 mosM H,0 Vasa recta - - Vasa recta 800 mosM 100 mosM Production of low-volume, hyperosmotic urine 900 mosM 900 mOsM H,0 900 900 mosM H,0 1000 mosM 100 mosM H,0 Production of high-volume, hyposmotic urine 1200 mosM 1200 mosM 1100 mosM Collecting duct Aquaporin-2 channels are inserted into the apical 1200 mosM 1200 mosM Group 2 Group 2 membrane Vasopressin causes insertion of water pores into the apical membrane. Hormone vasopressin Vasa Cross section of recta collecting duct Medullary interstitial fluid Collecting duct lumen Vasa Collecting duct cell recta Vasopressin activation of receptors in the basal membrane Group 1 Group 1 Blood Filtrate flow H,0 Storage location of aquaporin-2 channels H,0 H,0 H,0 700 mosM 600 mosM 600 mosM Group 1 Water follows the osmotic Group 1 gradient into the blood Signal transduction pathway activates exocytosis of stored toaporin-2 water por CAMP vesicles Group 1 Group 1

Human Anatomy & Physiology (11th Edition)
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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Label the steps involved in vasopressin activation of water reabsorption.
Part A
Drag the labels onto the diagram to identify specific steps in vasopressin activation of water reabsorption across the collecting duct epithelium.

 

Group 2 Group 2 t0omosht CORTEX 300 H,0 300 MEDULLA 100 mosM 400 mOsM 300 mosM 300 mosM No vasopressin secretion H,0 H,0I 500 MOSM 600 H,0 600 100 mosM 600 mosM 600 mosM mOsM Maximal vasopressin secretion 700 mosM H,0 Vasa recta - - Vasa recta 800 mosM 100 mosM Production of low-volume, hyperosmotic urine 900 mosM 900 mOsM H,0 900 900 mosM H,0 1000 mosM 100 mosM H,0 Production of high-volume, hyposmotic urine 1200 mosM 1200 mosM 1100 mosM Collecting duct Aquaporin-2 channels are inserted into the apical 1200 mosM 1200 mosM Group 2 Group 2 membrane Vasopressin causes insertion of water pores into the apical membrane. Hormone vasopressin Vasa Cross section of recta collecting duct Medullary interstitial fluid Collecting duct lumen Vasa Collecting duct cell recta Vasopressin activation of receptors in the basal membrane Group 1 Group 1 Blood Filtrate flow H,0 Storage location of aquaporin-2 channels H,0 H,0 H,0 700 mosM 600 mosM 600 mosM Group 1 Water follows the osmotic Group 1 gradient into the blood Signal transduction pathway activates exocytosis of stored toaporin-2 water por CAMP vesicles Group 1 Group 1
Transcribed Image Text:Group 2 Group 2 t0omosht CORTEX 300 H,0 300 MEDULLA 100 mosM 400 mOsM 300 mosM 300 mosM No vasopressin secretion H,0 H,0I 500 MOSM 600 H,0 600 100 mosM 600 mosM 600 mosM mOsM Maximal vasopressin secretion 700 mosM H,0 Vasa recta - - Vasa recta 800 mosM 100 mosM Production of low-volume, hyperosmotic urine 900 mosM 900 mOsM H,0 900 900 mosM H,0 1000 mosM 100 mosM H,0 Production of high-volume, hyposmotic urine 1200 mosM 1200 mosM 1100 mosM Collecting duct Aquaporin-2 channels are inserted into the apical 1200 mosM 1200 mosM Group 2 Group 2 membrane Vasopressin causes insertion of water pores into the apical membrane. Hormone vasopressin Vasa Cross section of recta collecting duct Medullary interstitial fluid Collecting duct lumen Vasa Collecting duct cell recta Vasopressin activation of receptors in the basal membrane Group 1 Group 1 Blood Filtrate flow H,0 Storage location of aquaporin-2 channels H,0 H,0 H,0 700 mosM 600 mosM 600 mosM Group 1 Water follows the osmotic Group 1 gradient into the blood Signal transduction pathway activates exocytosis of stored toaporin-2 water por CAMP vesicles Group 1 Group 1
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