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Purinergic regulation of glomerular microvasculature and tubular function.

Maciej Jankowski-2008-12-01-PubMed
14

TL;DRAbstract

Purinergic molecules: ATP, ADP and adenosine regulate physiological processes through activation of purinoceptors in the plasma membrane. Experimental evidence supports the view that purinergic molecules affect glomerular and tubular functions. Purinergic molecule-induced changes of tension of mesangial cells and/or podocytes may influence GFR by affecting the glomerular ultrafiltration coefficient. On the other hand, purinoceptors are crucial for electrolyte and fluid homeostasis by modulating activity of sodium-potassium-ATPase, voltage-independent or -dependent ion channels and cAMP-dependent water channels.

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Purinergic molecules: ATP, ADP and adenosine regulate physiological processes through activation of purinoceptors in the plasma membrane. Experimental evidence supports the view that purinergic molecules affect glomerular and tubular functions. Purinergic molecule-induced changes of tension of mesangial cells and/or podocytes may influence GFR by affecting the glomerular ultrafiltration coefficient. On the other hand, purinoceptors are crucial for electrolyte and fluid homeostasis by modulating activity of sodium-potassium-ATPase, voltage-independent or -dependent ion channels and cAMP-dependent water channels.

Keywords

Purinergic receptorPurinergic signallingChemistryAdenosineHomeostasisInternal medicineCell biologyEndocrinology

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