Role of AMP Kinase in Volume Control of Colonic Crypts: AMP-activated Kinase controls Regulatory Volume Increase of Colonic Crypts by modulating CFTR and NHE1 activity - Softcover
The intestines are the primary site for nutrient, fluid and electrolyte absorption and secretion. Fluid and salt secretion in the colon are managed by a fine balanced system of transporting mechanisms. CFTR and NKCC-1 are two cell transporters, which have been identified as key players for fluid and electrolyte transportation across the cells’ membranes. During transcellular movement of ions, a mechanism must be in place to prevent shifts in cell volume. The antiporter NHE1 is involved in volume control but its regulator was unknown, so far. The author Thilo Schenck reports how he and his team caused a rapid change in cell volume of colonic crypt cells by exposing them to an osmotic shock and how the resulting transmembranous movements of electrolytes were studied by high speed video imaging. By specifically modulating intracellular AMP Kinase and the cell transporters NHE1 and CFTR, their fine-tuned interaction in cell volume regulation was revealed. This book describes the role of AMP Kinase acting as a volume sensor, which regulates CFTR and NHE1 activity to maintain a constant cell volume. The author concludes that AMP Kinase is the upstream regulator of NHE1.
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Since 2008: Department for Plastic and Hand Surgery at the Technical University, Munich, Germany|2008: Graduation in Human Medicine (summa cum laude) at Paracelsus Medical University, Salzburg, Austria|2007: Doctoral research at Yale University, New Haven, USA| 2004: Diploma in Business and Engineering at Munich University of Applied Sciences
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- PublisherSüdwestdeutscher Verlag für Hochschulschriften
- Publication date2012
- ISBN 10 3838131797
- ISBN 13 9783838131795
- BindingPaperback
- Number of pages52
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Role of AMP Kinase in Volume Control of Colonic Crypts: AMP-activated Kinase controls Regulatory Volume Increase of Colonic Crypts by modulating CFTR and NHE1 activity
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Book Description Taschenbuch. Condition: Neu. This item is printed on demand - it takes 3-4 days longer - Neuware -The intestines are the primary site for nutrient, fluid and electrolyte absorption and secretion. Fluid and salt secretion in the colon are managed by a fine balanced system of transporting mechanisms. CFTR and NKCC-1 are two cell transporters, which have been identified as key players for fluid and electrolyte transportation across the cells' membranes. During transcellular movement of ions, a mechanism must be in place to prevent shifts in cell volume. The antiporter NHE1 is involved in volume control but its regulator was unknown, so far. The author Thilo Schenck reports how he and his team caused a rapid change in cell volume of colonic crypt cells by exposing them to an osmotic shock and how the resulting transmembranous movements of electrolytes were studied by high speed video imaging. By specifically modulating intracellular AMP Kinase and the cell transporters NHE1 and CFTR, their fine-tuned interaction in cell volume regulation was revealed. This book describes the role of AMP Kinase acting as a volume sensor, which regulates CFTR and NHE1 activity to maintain a constant cell volume. The author concludes that AMP Kinase is the upstream regulator of NHE1. 52 pp. Englisch. Seller Inventory # 9783838131795
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Role of AMP Kinase in Volume Control of Colonic Crypts : AMP-activated Kinase controls Regulatory Volume Increase of Colonic Crypts by modulating CFTR and NHE1 activity
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Book Description Taschenbuch. Condition: Neu. nach der Bestellung gedruckt Neuware - Printed after ordering - The intestines are the primary site for nutrient, fluid and electrolyte absorption and secretion. Fluid and salt secretion in the colon are managed by a fine balanced system of transporting mechanisms. CFTR and NKCC-1 are two cell transporters, which have been identified as key players for fluid and electrolyte transportation across the cells' membranes. During transcellular movement of ions, a mechanism must be in place to prevent shifts in cell volume. The antiporter NHE1 is involved in volume control but its regulator was unknown, so far. The author Thilo Schenck reports how he and his team caused a rapid change in cell volume of colonic crypt cells by exposing them to an osmotic shock and how the resulting transmembranous movements of electrolytes were studied by high speed video imaging. By specifically modulating intracellular AMP Kinase and the cell transporters NHE1 and CFTR, their fine-tuned interaction in cell volume regulation was revealed. This book describes the role of AMP Kinase acting as a volume sensor, which regulates CFTR and NHE1 activity to maintain a constant cell volume. The author concludes that AMP Kinase is the upstream regulator of NHE1. Seller Inventory # 9783838131795
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Role of AMP Kinase in Volume Control of Colonic Crypts AMPactivated Kinase controls Regulatory Volume Increase of Colonic Crypts by modulating CFTR and NHE1 activity
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Book Description Condition: New. Dieser Artikel ist ein Print on Demand Artikel und wird nach Ihrer Bestellung fuer Sie gedruckt. Autor/Autorin: Schenck Thilo L.Since 2008: Department for Plastic and Hand Surgery at the Technical University, Munich, Germany|2008: Graduation in Human Medicine (summa cum laude) at Paracelsus Medical University, Salzburg, Austria|2007: Doctoral . Seller Inventory # 5407463
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