Sepsis is the most common cause of hospital-associated death, with mortality rates between 24% and 35% at 30 days.1,2 The significant heterogeneity of sepsis, changing definitions, and diagnostic coding make it difficult to accurately measure trends and demonstrate areas of improvement.3 Some studies have reported stagnant mortality rates over time, representing an unmet health care need.2 The CDC published Hospital Sepsis Program Core Elements in 2023, which defined recommended components of hospital-based sepsis programs.4 This review will outline the core elements and additional considerations when building or optimizing hospital-based sepsis programs.
Hospital Leadership Commitment
Similar to the CDC’s Core Elements of Antimicrobial Stewardship, the first priority for a successful sepsis program is hospital leadership commitment. This includes providing sepsis leaders with dedicated time to manage the program, allocation of resources for the program, and communication with staff regarding program needs.
Accountability
The appointment of a leader to manage the sepsis program and oversee the outcomes, specifically a nurse and physician co-lead, is strongly recommended. If the sepsis program is co-led, there should be a clear delineation of responsibilities. These leaders are responsible for goal setting, progress monitoring, and revision. Pharmacists are not identified as recommended leaders at this time, but committee involvement may lead to more leadership opportunities.
Multiprofessional Expertise
Having a multidisciplinary team with a dedicated sepsis coordinator can positively impact the outcomes seen with patients with sepsis. Clinicians from various disciplines and departments such as the emergency department, pharmacists, and intensive care units should be included in the collaborative efforts.
Notably, the notion that antimicrobial stewardship may hinder sepsis care is a misconception. Antibiotic stewardship plays a significant role in therapy optimization leading to better patient outcomes, with 1 study showing an improvement in time to first antimicrobial of 37 minutes.5
Action
Sepsis programs need to take action to improve patient outcomes. Quality improvement strategies such as PDSA (plan, do, study, act) and change management principles can help guide the development and implementation of program initiatives.6 Examples of action include standardizing sepsis screening, sepsis treatment (eg, order sets), and hospital guidelines or algorithms. Artificial intelligence and machine learning may provide additional opportunities in the future for health systems to facilitate early identification and treatment of sepsis.7