8 The Adoption of Rescue Colloid During Resuscitation Decreases Fluid Administered and Returns End Organ Perfusion
Abstract Introduction Traditionally lactated ringers (LR) has been utilized for the resuscitation of thermally injured patients. Both the Parkland and Brooke formula’s include the addition of albumin as part of their ongoing resuscitation after the initial 24 hours. Over the last five years, the addition of albumin to current protocols has been reported to decrease fluid creep. Our institution has adopted these practices and here we present our findings during the adoption phase of rescue albumin during resuscitation. Methods A prospectively collected burn registry was queried for patients greater than 18 years, between July 2017 and December 2018, who sustained a thermal injury and required a formal resuscitation. Patients were included in the rescue albumin group if the treating team administered 25% albumin for a sustained urine output less than 0.5ml/kg over 2–3 hours. Our primary outcome was a total volume of resuscitation ml LR/%TBSA/kg. Our secondary outcomes were the change in resuscitation rate and the change in urine output three hours before and three hours after the administration of albumin normalized to %TBSA/kgs. Finally, we compared clinical outcomes of ICU days and length of stay (LOS) between the rescue albumin and no rescue albumin group. Results A total of 92 patients with thermal injuries were included: median age was 40 (IQR 31–57), 73% were male, and 30 patients received rescue albumin. The TBSA was increased in those who received rescue albumin (47% vs 38% p=0.02). Despite a higher TBSA in the albumin group the total LR given during resuscitation normalized to TBSA and KG was not significantly different (ml LR/%TBSA/kg: 3.66 vs. 4.31, p=0.149). Similarly, the total urine output (UOP) and the adjusted UOP showed no significant difference, total UOP 1,781 ml no albumin vs 1,483ml rescue albumin (p=0.149) and UOP/kg 21.7ml no albumin vs 18.9 ml rescue albumin (p=0.341). But our secondary outcomes did demonstrate there was a decrease in the LR rate by -0.06 ml/%TBSA/kg/hr (SD 0.13) and an increase in the UOP by 1.61 ml/kg/hr (SD 3.25), see Figure 1. Conclusions Rescue albumin administration decreases the amount of fluid administered during resuscitation, and increases end organ function as evidenced by increase UOP. This was observed in patients who sustained larger burns and were failing traditional increases in resuscitation LR. These findings are the basis for a modification to our current protocol and a prospective study of the clinical outcomes. Applicability of Research to Practice We believe these findings support the limited use of albumin in patients who fail a conventional LR based resuscitation.