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Pediatric Mass-Casualty Trauma: JumpSTART, Shock, and Transport [ Case Discussion ](https://mdster.com/blog?category=case-discussion) Pediatric Mass-Casualty Trauma: JumpSTART, Shock, and Transport ================================================================= A case-based approach to pediatric disaster triage, hemorrhagic shock, severe TBI, and resource-conscious transport [ MDster Editorial Team ](https://mdster.com/about) · Aug 25, 2026 · 5 min read · 15 [ Reviewed by Dr. Ali Ragab, MBBCH, MSc, MCAI ](https://mdster.com/medical-reviewers/dr-ali-ragab) [Editorial Policy](https://mdster.com/editorial-policy) | [Corrections Policy](https://mdster.com/corrections) [ Emergency Medicine ](https://mdster.com/blog?tag=emergency-medicine) [ Pediatric Trauma ](https://mdster.com/blog?tag=pediatric-trauma) [ Traumatic Brain Injury ](https://mdster.com/blog?tag=traumatic-brain-injury) [ Disaster Medicine ](https://mdster.com/blog?tag=disaster-medicine) [ Hemorrhagic Shock ](https://mdster.com/blog?tag=hemorrhagic-shock) [ JumpSTART Triage ](https://mdster.com/blog?tag=jumpstart-triage) ![Pediatric Mass-Casualty Trauma: JumpSTART, Shock, and Transport](https://mdster.com/storage/blog/images/pediatric-mass-casualty-trauma-jumpstart-shock-and-transport.jpg) Share this article Share this post On this page 1. [ Why JumpSTART Assigns an Immediate Tag ](#why-jumpstart-assigns-an-immediate-tag) 2. [ Clinical Reasoning Beyond the Triage Tag ](#clinical-reasoning-beyond-the-triage-tag) 3. [ Immediate differential diagnosis ](#immediate-differential-diagnosis) 4. [ Stabilization Before Transport ](#stabilization-before-transport) 5. [ Airway, breathing, and neurologic protection ](#airway-breathing-and-neurologic-protection) 6. [ Hemorrhage-focused resuscitation ](#hemorrhage-focused-resuscitation) 7. [ Disaster Resource Allocation and Destination Choice ](#disaster-resource-allocation-and-destination-choice) 8. [ Key Points for Board Exams ](#key-points-for-board-exams) 9. [ Conclusion ](#conclusion) 10. [ Frequently Asked Questions ](#blog-faqs) 11. [ References ](#references-heading) On this page 1. [ Why JumpSTART Assigns an Immediate Tag ](#why-jumpstart-assigns-an-immediate-tag) 2. [ Clinical Reasoning Beyond the Triage Tag ](#clinical-reasoning-beyond-the-triage-tag) 3. [ Immediate differential diagnosis ](#immediate-differential-diagnosis) 4. [ Stabilization Before Transport ](#stabilization-before-transport) 5. [ Airway, breathing, and neurologic protection ](#airway-breathing-and-neurologic-protection) 6. [ Hemorrhage-focused resuscitation ](#hemorrhage-focused-resuscitation) 7. [ Disaster Resource Allocation and Destination Choice ](#disaster-resource-allocation-and-destination-choice) 8. [ Key Points for Board Exams ](#key-points-for-board-exams) 9. [ Conclusion ](#conclusion) 10. [ Frequently Asked Questions ](#blog-faqs) 11. [ References ](#references-heading) A 6-year-old ejected from a school bus is initially apneic but has a pulse. Five rescue breaths restore spontaneous ventilation. He remains unconscious, with a parietal hematoma, abdominal bruising, HR 130 bpm, BP 80/50 mmHg, and SpO₂ 92%—a child with simultaneous threats to oxygenation, cerebral perfusion, and circulating volume. Why JumpSTART Assigns an Immediate Tag -------------------------------------- The initial tag is **Immediate/Red**. JumpSTART follows a specific branch: 1. The child is not breathing. 2. Airway repositioning fails to restore respirations. 3. A pulse is present. 4. Five rescue breaths are delivered. 5. Spontaneous breathing resumes, mandating an Immediate designation. The later respiratory rate of 28/min lies within the JumpSTART range of 15–45/min, but this does not reverse the red classification. His abnormal response to pain would independently support Immediate triage. Importantly, disaster tags are dynamic and require reassessment after deterioration, treatment, or transport delay. [\[1\]](#cite-1 "Reference [1]") > **Clinical Pearl:** JumpSTART is a sorting tool, not a resuscitation protocol. Once assigned to treatment, the child requires a conventional trauma primary survey adapted to available resources. Clinical Reasoning Beyond the Triage Tag ---------------------------------------- ### Immediate differential diagnosis The mechanism and physiology suggest multiple concurrent injuries: - Severe TBI with intracranial hemorrhage or cerebral edema - Intra-abdominal hemorrhage from solid-organ injury - Hemothorax or occult tension pneumothorax - Pelvic, retroperitoneal, or long-bone bleeding - Aspiration or pulmonary contusion causing hypoxemia - Cervical spine injury - Neurogenic or cardiogenic shock, although hemorrhage is more likely Children preserve blood pressure through tachycardia and vasoconstriction until compensation fails. For a 6-year-old, an SBP of 80 mmHg is hypotensive using the commonly applied lower threshold of 70 + (2 × age). Effortless tachypnea may reflect compensation for metabolic acidosis rather than primary lung injury; a “normal” JumpSTART respiratory rate therefore does not exclude shock. [\[2\]](#cite-2 "Reference [2]") Stabilization Before Transport ------------------------------ ### Airway, breathing, and neurologic protection Provide high-concentration oxygen, continuous SpO₂, and assisted ventilation as required. His depressed consciousness, prior apnea, hypoxemia, and anticipated deterioration favor cuffed ETT placement by the most experienced operator, using cervical spine motion restriction and waveform ETCO₂ confirmation. Avoid hypoxemia, hypotension, and routine hyperventilation. Target age-appropriate normocapnia unless there are compelling signs of impending herniation. Pediatric severe TBI guidance does not support prophylactic PaCO₂ below 30 mmHg during the first 48 hours. [\[3\]](#cite-3 "Reference [3]") ### Hemorrhage-focused resuscitation Control external bleeding, prevent hypothermia, obtain IV or IO access, and activate the pediatric massive transfusion pathway early. Useful tests—without delaying definitive care—include: - Point-of-care glucose and eFAST - CBC, blood gas, lactate, coagulation studies, and fibrinogen - Type and crossmatch - Electrolytes and ionized calcium during transfusion A negative eFAST does not exclude pediatric intra-abdominal injury. CT is appropriate only after sufficient stabilization and when it will not delay operative, interventional, or transfer decisions. The traditional examination answer is warmed isotonic crystalloid, 20 mL/kg, followed by reassessment. Current practice is more restrictive: when hypotensive traumatic hemorrhagic shock is suspected, blood products should replace repeated crystalloid boluses when available. If blood is unavailable, a cautious 10–20 mL/kg warmed isotonic crystalloid aliquot may bridge to transfusion under local protocol. [\[2\]](#cite-2 "Reference [2]") Give warmed whole blood or balanced components through the institutional pediatric MTP. Weight-based component aliquots of approximately 10–15 mL/kg are commonly used, with frequent reassessment. Definitive hemorrhage control remains the endpoint; vasopressors are not a substitute for blood and source control. [\[4\]](#cite-4 "Reference [4]") Because severe TBI is possible, permissive hypotension is inappropriate. Cerebral perfusion must be protected while avoiding indiscriminate crystalloid administration. Disaster Resource Allocation and Destination Choice --------------------------------------------------- SAVE is intended for prolonged, austere conditions in which evacuation is delayed and resources cannot treat everyone conventionally. Its objective is to direct limited interventions toward patients most likely to gain meaningful survival benefit—not simply toward the sickest patient. [\[5\]](#cite-5 "Reference [5]") A victim with a genuinely nonsurvivable penetrating head injury may become expectant under formally activated crisis standards, while this child receives transport priority because timely airway, transfusion, surgery, and neurotrauma care may alter his outcome. Such decisions belong within incident command and established protocols, not an isolated bedside judgment. Hospital convergence can overwhelm the nearest facility while more distant hospitals retain capacity. Consequently, transport should follow real-time regional coordination and pediatric trauma capability rather than geography alone. Bypassing an overloaded hospital may shorten the time to definitive care. [\[6\]](#cite-6 "Reference [6]") Key Points for Board Exams -------------------------- - Apnea corrected by five rescue breaths in JumpSTART equals **Immediate/Red**. - Hypotension is a late, ominous finding in pediatric shock. - A normal JumpSTART respiratory rate does not exclude metabolic compensation. - Favor early blood over repeated crystalloid in traumatic hemorrhagic shock. - Avoid hypoxia, hypotension, and prophylactic severe hyperventilation in pediatric TBI. - Reassess triage categories continuously and distribute casualties according to system capacity. Conclusion ---------- This child’s red tag begins—not completes—clinical decision-making. Survival depends on rapid airway control, blood-based resuscitation, prevention of secondary brain injury, hemorrhage control, and transport to a capable facility with actual capacity. Frequently Asked Questions ---------------------------- ### Why is the child tagged red if breathing returns after rescue breaths? JumpSTART categorizes an apneic child with a pulse who resumes breathing after five rescue breaths as Immediate/Red. ### Should a 20 mL/kg crystalloid bolus still be used first? It remains a bridge when blood is unavailable, but current guidance favors early blood products over repeated crystalloid in hypotensive traumatic hemorrhagic shock. ### Does a respiratory rate of 28/min exclude JumpSTART respiratory compromise? No. It is within the algorithmic range, but neurologic abnormalities, prior apnea, and shock still mandate Immediate classification and treatment. ### When should this child undergo CT imaging? After airway and hemodynamic stabilization, provided CT will not delay hemorrhage control or transfer to definitive trauma care. References (6) ------------------ 1. 1. [ CHEMM: JumpSTART Pediatric Triage Algorithm ](https://chemm.hhs.gov/jumpstartalgotext.htm) [↩](#cite-ref-1-1 "Back to text") 2. 2. [ 2025 American Heart Association Guidelines: Pediatric Advanced Life Support ](https://cpr.heart.org/en/resuscitation-science/cpr-and-ecc-guidelines/pediatric-advanced-life-support) [↩](#cite-ref-2-1 "Back to text") 3. 3. [ Brain Trauma Foundation: Pediatric Severe TBI Guidelines, Third Edition ](https://braintrauma.org/coma/guidelines/pediatric) [↩](#cite-ref-3-1 "Back to text") 4. 4. [ Joint Trauma System: Damage Control Resuscitation ](https://jts.health.mil/assets/docs/cpgs/Damage_Control_Resuscitation_12_Jul_2019_ID18.pdf) [↩](#cite-ref-4-1 "Back to text") 5. 5. [ Benson et al. Disaster Triage: START, Then SAVE ](https://pubmed.ncbi.nlm.nih.gov/10159733/) [↩](#cite-ref-5-1 "Back to text") 6. 6. [ www.cdc.gov/public-health-data-strategy/php/story/near-real-time-hospital-bed-capacity-data-can-save-lives.html ](https://www.cdc.gov/public-health-data-strategy/php/story/near-real-time-hospital-bed-capacity-data-can-save-lives.html) [↩](#cite-ref-6-1 "Back to text") Study pathway Get faster at Emergency Medicine decision‑making -------------------------------------------------- - Rapid, exam‑style questions across core ED topics - High‑yield differentials and next‑step management - Target weak areas with smart review Free 5-day trial No credit card required. [ Start practicing ](https://mdster.com/user/dashboard) [ Explore Emergency Medicine ](https://mdster.com/speciality/emergency-medicine) [ View pricing ](https://mdster.com/pricing) [ Explore features ](https://mdster.com/features) No credit card required. Full access to all features\*. No commitment. Cancel anytime. \*AI SOE Examiner is limited to 10 cases monthly for Advanced & Bundle subscribers. 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