Case Summary
A 2-year-old male was evaluated by the Community Fire Department after developing fever, lethargy, and an episode of unresponsiveness at home. EMS identified signs of poor perfusion that progressed rapidly, raising concern for decompensated septic shock.
This case highlights the importance of early recognition of pediatric septic shock and demonstrates how rapid fluid delivery through small-gauge peripheral access can support stabilization during the critical prehospital period.
Initial Presentation
Community Fire Department responded to a 2-year-old male with fever and lethargy after his mother witnessed an episode of unresponsiveness with a blank stare lasting approximately five minutes. The child had been febrile throughout the day with a reported temperature of 102.1°F and one episode of diarrhea.
On arrival, the patient was lethargic with pale skin, a capillary refill time of 6 seconds, and weak, rapid brachial pulses. Initial vital signs included a blood pressure of 99/56 mmHg and heart rate of 148–154 bpm. Approximately 10 minutes into the assessment, his heart rate abruptly increased to 300 bpm, confirmed by direct auscultation, while his blood pressure declined to 88/57 mmHg, consistent with worsening circulatory compromise.
Resuscitation Strategy and LifeFlow Utilization
Due to the dramatic increase in heart rate, and signs of worsening shock, the crew established a 22-gauge peripheral IV and rapidly administered a 20 mL/kg fluid bolus using LifeFlow, totaling 240 mL based on Handtevy pediatric dosing. The infusion was completed in approximately one minute. The patient also received oral acetaminophen and external cooling measures.
Following rapid fluid administration, the patient became more alert, his skin color improved, and his hemodynamics stabilized. Blood pressure increased to 112/78 mmHg, and his heart rate decreased to 172 bpm before further improving to 148 bpm during transport.
Outcome
During the 13-minute transport the patient was more alert, his color improved and his vitals stabilized, indicating a positive response to treatment as EMS expedited transfer for definitive pediatric care.
Clinician Feedback
The treating paramedic described the ability to rapidly deliver fluids through a 22-gauge IV as a “game changer” for managing pediatric septic shock. LifeFlow allowed the crew to administer a full weight-based fluid bolus quickly, quickly reversing shock and allowing immediate assessment of the patient’s response. The device was also reported to be very easy to set up, requiring approximately 30 seconds.
Clinical Discussion
Children with septic shock can compensate for prolonged periods before deteriorating rapidly, making early recognition and prompt fluid resuscitation essential. This case demonstrates how rapid delivery of a guideline-based fluid bolus through small-gauge peripheral IV access can improve perfusion and stabilize a critically ill pediatric patient. LifeFlow enabled efficient fluid administration when every minute mattered, supporting early resuscitation before arrival at the hospital.