Effects of Positive End‐Expiratory Pressure on Renal Function
P. O. Järnberg, E. Dominguez de Villota, Johanna Eklund, P. O. Granberg
Abstract
P. O. Järnberg, E. Dominguez de Villota, Johanna Eklund, P. O. Granberg
Abstract
The effects were studied positive end-expiratory pressure (PEEP) on renal function in eight patients with acute respiratory failure, requiring mechanical ventilation. On application of PEEP + 10 cm H2O, central venous pressure increased, systolic blood pressure decreased, urine flow and PAH-clearance were reduced, while inulin clearance remained stable. There was a marked increase in fractional sodium reabsorption and a concurrent decrease in fractional osmolal excretion. Fractional free-water clearance and the ratio UOsm/POsm did change.
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The effects were studied positive end-expiratory pressure (PEEP) on renal function in eight patients with acute respiratory failure, requiring mechanical ventilation. On application of PEEP + 10 cm H2O, central venous pressure increased, systolic blood pressure decreased, urine flow and PAH-clearance were reduced, while inulin clearance remained stable. There was a marked increase in fractional sodium reabsorption and a concurrent decrease in fractional osmolal excretion. Fractional free-water clearance and the ratio UOsm/POsm did change.
Key concepts: Medicine, Fractional excretion of sodium, Positive end-expiratory pressure, Renal function, Free water clearance, Reabsorption, Central venous pressure, Anesthesia