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Renal Blood Flow, Glomerular Filtration Rate, and Renal Oxygenation in Early Clinical Septic Shock

Journal article
Authors Jenny Skytte Larsson
Vitus Krumbholz
Anders Enskog
Gudrun Bragadottir
Bengt Redfors
Sven-Erik Ricksten
Published in Critical Care Medicine
Volume 46
Issue 6
Pages E560-E566
ISSN 0090-3493
Publication year 2018
Published at Institute of Clinical Sciences, Department of Anesthesiology and Intensive care
Pages E560-E566
Language en
Keywords glomerular filtration rate, kidney failure, acute, oxygen consumption, sepsis, renal blood flow, acute kidney injury, sympathetic-nerve activity, cardiac surgery, patients, critically-ill patients, intensive-care units, nitric-oxide, cardiopulmonary bypass, severe sepsis, failure, norepinephrine, General & Internal Medicine
Subject categories Intensive care, Internal medicine


Objective: Data on renal hemodynamics, function, and oxygenation in early clinical septic shock are lacking. We therefore measured renal blood flow, glomerular filtration rate, renal oxygen consumption, and oxygenation in patients with early septic shock. Patients: Patients with norepinephrine-dependent early septic shock (n = 8) were studied within 24 hours after arrival in the ICU and compared with postcardiac surgery patients without acute kidney injury (comparator group, n = 58). Measurements and Main Results: Data on systemic hemodynamics and renal variables were obtained during two 30-minute periods. Renal blood flow was measured by the infusion clearance of para-aminohippuric acid, corrected for renal extraction of para-aminohippuric acid. Renal filtration fraction was measured by renal extraction of chromium-51 labeled EDTA. Renal oxygenation was estimated from renal oxygen extraction. Renal oxygen delivery (-24%; p = 0.037) and the renal blood flow-to-cardiac index ratio (-21%; p = 0.018) were lower, renal vascular resistance was higher (26%; p = 0.027), whereas renal blood flow tended to be lower (-19%; p = 0.068) in the septic group. Glomerular filtration rate (-32%; p = 0.006) and renal sodium reabsorption (-29%; p = 0.014) were both lower in the septic group. Neither renal filtration fraction nor renal oxygen consumption differed significantly between groups. Renal oxygen extraction was significantly higher in the septic group (28%; p = 0.022). In the septic group, markers of tubular injury were elevated. Conclusions: In early clinical septic shock, renal function was lower, which was accompanied by renal vasoconstriction, a lower renal oxygen delivery, impaired renal oxygenation, and tubular sodium reabsorption at a high oxygen cost compared with controls.

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