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Activation of Ion Channel Limits Injury-Induced Loss of Kidney Filtration

by Bidita Debnath on  November 10, 2013 at 11:13 PM Research News   - G J E 4
Our kidney is responsible for retaining essential proteins and removing waste products from the blood stream.
 Activation of Ion Channel Limits Injury-Induced Loss of Kidney Filtration
Activation of Ion Channel Limits Injury-Induced Loss of Kidney Filtration
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Injury to the kidney results in loss of kidney filter function, which if not treated promptly, can induce kidney failure. In this issue of the Journal of Clinical Investigation, Anna Greka and colleagues at Massachusetts General Hospital determined that mice lacking the ion channel TRPC5 were protected from losing kidney filter function following kidney injury.

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In the absence of TRPC5, kidney podocytes did not undergo any cytoskeletal remodeling, which kept the filtration barrier in tact. Furthermore, the authors demonstrated that pharmacological inhibition of TRPC5 protects animals from protein loss in the urine following kidney injury.

This study indicates that activation of ion channel TRPC5 following kidney injury promotes loss of kidney filter function, and inhibition of this ion channel may have therapeutic potential.

Source: Eurekalert
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