It is well documented throughout the literature that critically ill patients admitted to the intensive care unit (ICU) with acute kidney injury have a higher morbidity and mortality.1–4 Acute kidney injury may be complicated by acidosis, hyperkalemia and other major metabolic disorders and thus the initiation of renal replacement therapy (RRT) is generally considered beneficial in these patients.5 In patients without these complications, the timing of when to initiate RRT remains unclear and is frequently debated.
There are three trials to know before getting to this one: ELAIN, IDEAL and AKIKI. The ELAIN trial was the only one of the three to show reduced 90-day mortality with early vs delayed initiation of RRT and was the smallest in sample size.6 The IDEAL trial concluded that early planned initiation of dialysis in stage V chronic kidney disease was not associated with improvement in survival or clinical outcomes.7 Lastly, the AKIKI trial found no significant difference with regard to mortality between an early and delayed strategy of RRT and actually saw an appreciable number of patients avert the need for RRT in a delayed strategy.8 The authors of the following study sought to investigate whether an accelerated strategy for RRT would result in lower risk of death from any cause at 90 days when compared to a standard strategy of RRT initiation.
Background: Computed tomography (CT) scans using IV contrast agents are one of the most common imaging modalities used in the emergency department (ED). The reason for this is no secret. CT scans with IV contrast offer a large amount of information on patients when limited information is available, they are diagnostic of many conditions with good performance characteristics, and they are often requested by consultants. Many patients get suboptimal studies without IV contrast due to fear of contrast induced nephropathy (CIN). However, more recent studies suggest that with the use of iso- and low-osmolar contrast agents (almost universally used today) this concern is unwarranted. Most studies on this topic have focused on unselected populations, and not focused on patient groups at higher risk for AKI, including those with sepsis....Read More