Albumin and Crystalloid Administration in Septic Shock

Sepsis is a leading cause of mortality worldwide, contributing to an estimated 11 million deaths in 2017-or 20% of all global deaths. Due to recent advances in the medical management and treatment of sepsis, the mortality of sepsis has been declined in these years, but still stayed at a high level. From 2004, the Surviving Sepsis Campaign (SSC) suggested a protocolized bundle therapy to facilitate implementation at the bedside with a defined target. Recent guideline states that this resuscitation bundle treatment should be initiated within 1 h of the emergency department (ED) triage time, named as 1-h bundle.

Fluid resuscitation, which is the mainstay of treatment to restore a patient's tissue perfusion, is associated with outcome in emergency department patients. The current guideline recommends that crystalloid for initial fluid resuscitation in sepsis and albumin can be additionally administered when patients require substantial amounts of crystalloid. Besides its oncotic functions to provide adequate intravascular volume, albumin has several beneficial properties for sepsis patients, including binding and transport of various endogenous molecules, anti-inflammatory and anti-oxidative effects, and modulation of nitric oxide metabolism. In 2004, a large randomized, prospective, double-blind study was performed in 7000 critically ill patients (SAFE study) to evaluate the effect of volume replacement therapy with human albumin on the outcome compared to only crystalloid. Although the survival rates were similar between the groups, a post hoc analysis of 1218 patients with severe sepsis showed improved survival in the albumin group compared to crystalloid alone. Furthermore, the ALBumin Italian Outcome Sepsis (ALBIOS) study investigated the effect of albumin administration and maintenance of serum albumin concentrations to at least 30 g/l on outcome in patients with severe sepsis and septic shock. This study showed a similar result to SAFE study that no difference on the outcome between the groups. Nevertheless, in the 1121 patients with septic shock, 90-day mortality was lower in the albumin group (564 patients) than in the non-albumin group (43.6 vs. 49%, p = 0.03). Recently, a retrospective study which evaluated the effect of administration of albumin combined with crystalloids in septic patients showed improved survival in 28 days. Therefore, accumulating evidence suggests that early albumin administration may provide a survival benefit in patients with severe and advanced sepsis. However, no prospective, randomized trial has adequately studied this hypothesis in patients with septic shock.

The aim of the ALCAMIST (ALbumin and Crystalloid AdMinistration In SepTic shock) study is to investigate the effect of albumin and crystalloid administration as an initial fluid choice in septic shock compared to crystalloid alone on patient survival.

• 90-day all-cause mortality [Срок оценки: 90 days]
• ICU mortality [Срок оценки: 28 days]
• Hospital mortality [Срок оценки: 28 days]
• The Sequential organ Failure Assessment (SOFA) score [Срок оценки: 28 days]
• Intensive Care Unit (ICU) stay [Срок оценки: 90 days]
• 7-day mortality [Срок оценки: 7 days]
• Ventilator free days [Срок оценки: 28 days]
• Vasopressor free days [Срок оценки: 28 days]
• Total amount of fluid administration [Срок оценки: 3 day, 7 day, 28 day]
• Total fluid balance [Срок оценки: 28 days]
• Maximum dose of vasopressor use [Срок оценки: 28 days]
• Renal replacement therapy [Срок оценки: 28 days]