Table 1.
Overview of Included Studies
| Reference | Study Design | Time Period | Sample Size (total) | Patient Population | Comparator Group | Bundle Elements (Intervention Group) | Specific Pharmacist Intervention & Associated Activities |
|---|---|---|---|---|---|---|---|
| Sarani et al. 200819 | Retrospective | 2006–2007 | 62 | Hospital wards with rapid response activation in tertiary care, academic medical center | Patients with ‘STAT’ antibiotics without a MET activation | MET activation including: critical care nursing coordinator, respiratory therapist, clinical pharmacist (includes 24 hours per day coverage), and lead physician | 1) MET pharmacist verifies verbal antibiotic orders at bedside, notifies the pharmacy, retrieves antibiotics, and hand delivers to bedside nurse 2) Assists with drug selection, dosing, and drug interactions |
| LaRosa et al. 201216 | Prospective cohort | 2009 | 58 | Tertiary care, urban, teaching hospital (performed in single ICU) | Patients in whom an overhead sepsis alert was not triggered | Patients meeting criteria on screening tool triggered an overhead alert that brought responders to the bedside – including the ICU physician, ICU nurse, respiratory therapist, and pharmacist – to implement sepsis resuscitation and management bundle elements using a standardized order set | Paged to bedside to work with response team on sepsis resuscitation and bundle elements |
| Flynn et al. 201414 | Retrospective | 2008–2011 | 108 | Tertiary care academic medical center (wards, ED, and ICU) | Historical comparison based on DRG codes | Included electronic order sets, deployment of pharmacy and nursing personnel to bedside, and placement of sepsis carts around hospital stocked to facilitate resuscitation | 1) Pharmacy resident on-call responds to bedside, evaluates case with team to optimize antibiotic selection and dosing, and assists with preparation, acquisition, and administration of antibiotics in collaboration with nursing 2) Reviews fluid resuscitation, vasopressor selection, and corticosteroid candidacy |
| Beardsley et al. 201612 | Retrospective | 2012 | 283 | Tertiary care academic medical center (non-critical care units) | Historical comparison (prior to Code Sepsis initiative) | Code Sepsis activated by rapid response nurse, including: inpatient pharmacy, respiratory, blood gas laboratory, and ICU triage nurse response | 1) Pharmacist to call nursing unit 15 minutes after Code Sepsis activation if no antibiotics ordered 2) Protocol for pharmacist to select antibiotics if provider engaged in other aspects of care 3) Implementation of “Code Sepsis” verbal hand-offs at critical junctures of antibiotic ordering and delivery |
| Moussavi et al. 201618 | Retrospective | 2014 | 186 | ED of university teaching hospital | No pharmacist present in ED | Presence of a clinical pharmacist in the ED | 1) ED clinical pharmacist and technician physically present daily from 0900–1930 2) Numerous responsibilities of ED pharmacist, not limited to evaluating medication orders and facilitating medication preparation and delivery |
| Laine et al. 201815 | Retrospective | 2012–2014 | 76 | Tertiary care academic medical center | No comparator group | Included electronic order sets, and deployment of pharmacy and nursing personnel to bedside (evaluation limited to septic shock patients) | 1) Pharmacy resident on-call responds to bedside, evaluates case with team to optimize antibiotic selection and dosing, and assists with preparation, acquisition, and administration of antibiotics in collaboration with nursing 2) Reviews fluid resuscitation, vasopressor selection, and corticosteroid candidacy |
| Chanas et al. 201913 | Prospective cohort | 2016–2017 | 161 | Surgical/trauma/burn ICU of tertiary care academic medical center | Historical standard of care without BPA to provider | Electronic BPA for septic shock offered provider option to page medical residents, clinical pharmacist, and charge nurse to bedside to review case and facilitate care | Pharmacist reports to bedside with team to assist with antibiotic selection and facilitate administration in collaboration with nursing |
| MacMillan et al. 201917 | Retrospective | 2015–2016 | 160 | Medical ICU of a community teaching hospital | Historical standard of care prior to implementation of quality improvement initiative | If sepsis suspected based on electronic and/or manual assessment, charge nurse activated an overhead alert which sent verbal pages to supervising resident physician, critical care pharmacist, and phlebotomist, all of whom were expected to report to bedside within 15 minutes for group consultation. | Pharmacist expected at bedside within 15 minutes of alert to work with physician to order appropriate antibiotics and facilitate preparation/delivery to bedside nurse |
| Yarbrough et al. 201921 | Prospective, two-arm, parallel design | 2017 | 80 | ED of a quaternary community hospital | Sepsis alerts without a pharmacist present | Sepsis alert generated once patient meets criteria and multidisciplinary sepsis alert team paged to patient’s room, including the pharmacist | Pharmacist reports to patient’s room, reviews patient’s medical history, and uses a standardized checklist and empiric antibiotic guide to make recommendations and ensure bundle completion |
| Tarabichi et al. 202220 | Randomized, controlled, quality improvement initiative | 2019 | 598 | ED of academic, safety-net health care system | Standard sepsis care | Sepsis care augmented with EWS, which included notification on ED patient tracking tool and message sent to ED pharmacist | Pharmacist (available daily from 1000–2100) reviews chart, huddles with ED provider, and facilitates timely and appropriate blood work and fluid/antibiotic administration |
BPA = best-practice advisory; DRG = diagnosis-related group; ED = emergency department; EWS = Early warning system; ICU = intensive care unit; MET = medical emergency team.