5.6 Rapid Treatment, Transport, and Resource Decisions

The Transport Decision: Load-and-Go vs. Stay-on-Scene

The purpose of the entire primary assessment is to drive a priority decision. The EMR sorts patients into high priority (load-and-go) — get them moving toward definitive care with the least possible on-scene delay — or lower priority (stay and stabilize) — more assessment and care can occur on scene because the patient is stable.

High-priority / load-and-go indications include:

• Difficulty with the airway or inadequate breathing
• Inadequate breathing or respiratory failure
• Signs of shock (poor perfusion)
• Uncontrolled or major bleeding
• Altered or decreasing mental status
• A significant mechanism of injury (ejection, high-speed crash, falls from height, multi-system trauma)
• Severe chest pain suggesting a cardiac event, or signs of stroke (both time-critical)
• Childbirth complications

For these patients, the EMR performs only the life-saving interventions that cannot wait — open the airway, ventilate, control bleeding, give oxygen — and arranges rapid transport. The concept of the "Golden Hour" (also called the golden period) reflects that seriously injured trauma patients have the best outcomes when they reach surgical care quickly; minimizing on-scene time for the load-and-go patient is the practical expression of this idea.

Treating Within Scope and Requesting Resources

The updated NREMT EMR exam includes Patient Treatment and Transport (covering medical, trauma, OB/GYN, and operations content) as a substantial domain, so the exam constantly links assessment findings to action. The EMR delivers the basic-life-support care the findings call for, all within scope:

• Airway: positioning, suction, OPA (NPA only where separately authorized by state scope and protocol), recovery position
• Breathing: supplemental oxygen, BVM ventilation
• Circulation: direct pressure, tourniquet, CPR, AED
• Medication support within state scope and protocol: authorized naloxone; other medications only with an applicable expanded state role
• Stabilization: manual spinal stabilization, splinting, warmth

What the EMR does not do is delay care; the EMR also recognizes that they often arrive first and need more help. Requesting additional resources early is a core skill. Resources include:

Call for these the moment the need is recognized — waiting to confirm wastes time the patient may not have.

Scene Time, Reassessment, and Special Situations

For a high-priority patient, the target is a short scene time — perform only what cannot wait, then move. Tasks that can be done en route (full secondary assessment, splinting of minor injuries, history-gathering) should not hold a critical patient on scene. For a stable, lower-priority patient, the EMR can take more time on scene to assess thoroughly and stabilize before transport.

Several situations modify the plan:

• Scene safety always comes first. The EMR does not enter an unsafe scene (violence, traffic, hazardous materials, unstable structures) without proper resources; a responder who becomes a patient helps no one.
• Multiple patients trigger triage and a call for additional units and command — the most critical salvageable patients are treated and transported first.
• Cardiac arrest generally favors high-quality CPR and AED on scene (where pit-crew resuscitation works best) until ALS arrives, rather than a rushed move.
• Time-critical conditions — major trauma, stroke, heart attack, and childbirth complications — favor rapid transport to the appropriate specialty center.

While awaiting transport or ALS, the EMR continues care and reassesses — unstable patients every 5 minutes, stable patients every 15 — and updates the incoming crew if the patient changes. The handoff is where all of this assessment finally pays off.

Tying Assessment to Action

The central exam idea of this chapter is that the primary assessment is worthless unless it changes what you do. Every abnormal finding should map to a decision: an airway problem maps to repositioning or suction; inadequate breathing maps to BVM ventilation; major bleeding maps to pressure and tourniquet; shock maps to oxygen, warmth, and rapid transport; a stroke or cardiac pattern maps to a noted onset time and a time-critical transport request. The EMR who finishes a thorough assessment but does not connect it to treatment, a resource request, and a clear handoff has not done the job.

A simple way to keep this straight under pressure: after each part of the primary assessment, ask "so what?" — what does this finding change about my priority, my immediate treatment, my resource request, and my handoff? If the answer to all four is "nothing," move on; if any one of them changes, act on it before continuing. That habit turns the assessment from a checklist into the decision engine that drives fast, correct EMR care.

The Handoff Report

Because the EMR usually transfers the patient to a higher level of care, a clear, concise handoff is the final and essential step. A good verbal report follows a predictable order so receiving providers can absorb it fast:

1. Age/sex and chief complaint ("58-year-old male, chest pain")
2. Primary assessment findings (mental status, airway, breathing, circulation, key vitals)
3. Pertinent history (relevant medical history, medications, allergies, events)
4. Interventions performed (oxygen, BVM, bleeding control, AED, medication assists)
5. The patient's response to those interventions
6. Current priority and any concerns

Keep it factual and ordered; do not bury the lead. The handoff and any patient-care report also matter medico-legally as documentation of what you found and did.

Worked scenario

An EMR is first on scene for a single-vehicle rollover. The driver is confused, breathing rapidly and shallowly, with pale, clammy skin and a weak fast pulse. Decision: this is a high-priority / load-and-go patient with a significant mechanism and signs of shock. The EMR opens and maintains the airway, gives high-flow oxygen (or assists ventilations), controls any external bleeding, requests ALS and rapid transport immediately, keeps the patient warm, and at handoff reports the mechanism, the shock findings, the interventions given, the response, and the high priority — all without delaying transport for non-essential tasks.