Antibiotic Concentrations After Massive Transfusion (ACME) Study: A Review of the Literature on Antibiotic Dosing During Transfusion and Study Protocol

Description

Antibiotic Concentrations After Massive Transfusion (ACME) Study: A Review of the Literature on Antibiotic Dosing During Transfusion and Study Protocol
Huaman RJ, Mancha F, Anderson EL, April MD, Bebarta VS, Castaneto MS, Christians U, Darlington DN, Douin DJ, Glenn KR, Ke P, Kirkwood BJ, Long BJ, Maddry JK, Mendez J, Mireles AA, Ritter AC, Schauer KE, Schumaker AL, Smith MD, Wright FL, Ginde AA, Rizzo JA, Schauer SG 25(3). 66
Publication Type: Journal Article (Feature Articles)

Abstract:

Background: Trauma in combat or civilian settings often involves severe hemorrhage and open wounds, which carry a high risk of infection. Current clinical guidelines recommend prophylactic antibiotics for high-risk wounds. Adequate plasma antibiotic concentrations are necessary for tissue penetration, particularly into injured tissue. Blood loss from traumatic hemorrhage may impact plasma antibiotic concentrations. However, the association between blood loss, subsequent blood product transfusion, and antibiotic concentrations remains unclear. We hypothesize that antibiotic concentrations decrease in proportion to the volume of blood transfused, potentially leading to insufficient antibiotic concentrations, placing the injured patient at increased infection risk.

Methods: We are conducting a prospective, multicenter study that will enroll trauma patients from two large trauma centers: Brooke Army Medical Center and the University of Colorado Hospital. We will enroll participants receiving antibiotics for wound prophylaxis and three or more units of blood products. We will also enroll a control arm comprised of participants receiving the same antibiotics who receive two or fewer units of blood. Blood samples will be collected from participants at predetermined time intervals after antibiotic infusion to assess antibiotic concentrations. Our statistical analysis will focus on the relationship between the volume of blood products administered and antibiotic concentrations. Results will inform the development of antibiotic dosing models for clinicians that adjust for the effects of blood transfusion.

Conclusion: The goal of this study is to fill a significant gap in trauma care that could potentially lead to optimized antibiotic dosing and improved outcomes for trauma patients.

Keywords: antibiotic; concentration; drug; massive antibiotic; blood; blood transfusion; hemorrhage; anti-bacterial agents; wounds and injuries

PMID: 40982578

DOI: 10.55460/9X33-ZRSV