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Published on: November 9, 2016
Characterization of Children with Septic Shock Cared for by Emergency Medical Services
Insights
Children with septic shock arriving by emergency medical services (EMS) are critically ill. Developing a pediatric prehospital sepsis tool requires objective parameters and reliable data capture by EMS.
Area of Science:
- Pediatric Emergency Medicine
- Critical Care
- Sepsis Research
Background:
- Sepsis is a life-threatening condition requiring prompt recognition and treatment.
- Pediatric sepsis management is evolving, with a need for effective prehospital tools.
- Emergency Medical Services (EMS) play a crucial role in initial patient care.
Purpose of the Study:
- To characterize pediatric septic shock patients transported by EMS versus self-transported.
- To assess EMS capture rates of sepsis screening parameters.
- To evaluate concordance between EMS and Emergency Department (ED) records for sepsis parameters.
Main Methods:
- Retrospective cohort study of children (0-21 years) with septic shock.
- Data collected from EMS and ED records (11/2013-06/2016).
- Analysis included demographics, vital signs, interventions, outcomes, and parameter capture rates.
Main Results:
- 19.3% of septic shock patients arrived via EMS, presenting as a sicker subgroup.
- EMS patients received earlier fluid boluses and vasoactive agents.
- EMS had lower capture rates for temperature, glucose, and blood pressure; higher for heart rate and respiratory rate.
Conclusions:
- EMS-transported children with septic shock are a distinct, critically ill population.
- A pediatric prehospital sepsis tool needs objective parameters and robust EMS data capture.
- Improving EMS sepsis parameter documentation is essential for tool development.
Abstract:
Objective: To inform the future development of a pediatric prehospital sepsis tool, we sought to 1) describe the characteristics, emergent care, and outcomes for children with septic shock who are transported by emergency medicine services (EMS) and compare them to those self-transported; and 2) determine the EMS capture rate of common sepsis screening parameters and the concordance between the parameters documented in the EMS record and in the emergency department (ED) record. Methods: This is a retrospective cohort study of children ages 0 through 21 years who presented to a pediatric ED with septic shock between 11/2013 and 06/2016. Data, collected by electronic and manual chart review of EMS and ED records, included demographics, initial vital signs in both EMS and ED records, ED triage level, site of initial ED care, ED disposition, ED therapeutic interventions, outcomes, and times associated with processes. Potential screening parameters were dichotomized as normal vs. abnormal based on age-dependent normative data. Results: Of the children with septic shock treated in our ED, 19.3% arrived via EMS. These children as compared to those self-transported were more likely (i.e., p < 0.05) to be male, have public insurance, receive initial care in the ED resuscitation suite, be hypotensive on arrival, receive their first ED fluid bolus sooner (33 vs. 58 minutes), receive vasoactive agents, be mechanically ventilated in the first 24 hours, and have slightly longer length of hospital stays. Both groups had similar times to antibiotics. While poor outcomes were rare, the 3- and 30-day mortalities were similar for both groups. EMS capture rates were highest for heart rate and respiratory rate and lowest for temperature, glucose, and blood pressure. Interrater reliability was highest for heart rate. Conclusions: Children presenting to the ED with septic shock transported by EMS represent a critically ill subset of modest proportions. Realization of a sepsis screening tool for this vulnerable population will require both creation of a tool containing a limited subset of objective parameters along with processes to ensure capture.
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