What this deck covers
This deck focuses on Trauma Emergencies And Spinal Motion Restriction, giving you a quick way to review the definitions, rules, and examples that matter most for NREMT EMT Level.
Study Trauma Emergencies And Spinal Motion Restriction in NREMT EMT Level with focused flashcards that help you recognize the idea, recall the key rule, and apply it in practice-style prompts.
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Which action is correct when vomiting occurs in a patient under SMR precautions?
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Suction and roll the patient as a unit to protect the airway. Rolling as a unit with suction prevents aspiration while preserving spinal precautions during emesis.
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This deck focuses on Trauma Emergencies And Spinal Motion Restriction, giving you a quick way to review the definitions, rules, and examples that matter most for NREMT EMT Level.
Work through these flashcards in short sessions. Try to answer each prompt before flipping the card, then revisit any cards you miss until the explanation feels automatic.
Answer: Suction and roll the patient as a unit to protect the airway. Rolling as a unit with suction prevents aspiration while preserving spinal precautions during emesis.
Answer: Use head-tilt chin-lift to open the airway. Airway patency takes precedence over spinal precautions when initial maneuvers fail, as hypoxia is immediately life-threatening.
Answer: Log-roll to supine as a unit while maintaining manual in-line stabilization. Log-rolling maintains spinal alignment during repositioning for assessment and airway management in prone patients.
Answer: Torso first, then pelvis/legs, then head last. Securing the torso first stabilizes the body's core, allowing precise head immobilization last.
Answer: Airway/ventilation, oxygen, prevent heat loss, rapid transport. Supportive measures address vasodilation and hypothermia while expediting advanced care for vasopressor needs.
Answer: Stop and immobilize in the position found. Forcing alignment risks worsening injury, so immobilization in the current position protects the spine.
Answer: Hemorrhagic shock. Tachycardia compensates for blood loss in hypovolemic states, unlike the bradycardia in neurogenic shock.
Answer: Head aligned with torso in neutral, eyes looking forward. Neutral alignment minimizes pressure on the spinal cord and maintains anatomical integrity during immobilization.
Answer: Significant vehicle intrusion, ejection, death in same vehicle, or high-speed impact. These indicators reflect substantial force transfer likely to cause severe internal injuries in motor vehicle collisions.
Answer: Leave helmet in place and apply SMR; remove facemask for airway access. A well-fitting helmet provides inherent stabilization, and facemask removal ensures airway access without unnecessary removal risks.
Answer: Neck/back pain, neuro deficits, altered mental status, or high-risk MOI. These signs suggest potential spinal instability, necessitating restriction to avoid exacerbating cord injury.
Answer: To reduce movement that could worsen spinal cord injury. Limiting motion prevents secondary injury to an unstable spine from excessive flexion, extension, or rotation.
Answer: Temporary loss of spinal reflexes and motor/sensory function below injury. Spinal shock results from acute disruption of neural transmission, leading to flaccid paralysis until reflexes recover.
Answer: A painful injury that can mask neck or back pain. Distracting injuries divert attention from spinal symptoms, potentially leading to missed instability in assessments.
Answer: Long backboard used as a transfer device. Backboards provide rigid support for spinal alignment during patient movement and transport.
Answer: Provide ventilations with BVM while maintaining manual in-line stabilization. Ventilation support addresses respiratory failure immediately, with stabilization preventing further spinal compromise.
Answer: Manual in-line stabilization of the head and neck. Manual stabilization prevents further spinal cord damage by minimizing movement until full immobilization can be applied.
Answer: Scene safety, BSI, primary assessment, transport decision, secondary assessment. This sequence prioritizes immediate safety and life-threatening issues before detailed evaluation to optimize trauma patient outcomes.
Answer: Jaw-thrust maneuver. Jaw-thrust avoids cervical extension, reducing risk of aggravating spinal injuries while opening the airway.
Answer: Short extrication device (KED-type device). KED devices secure the spine while allowing safe extrication from confined spaces like vehicles.
Answer: Airway and ventilation problems. Airway compromise is a critical ABC priority that must be resolved before spinal procedures to ensure oxygenation.
Answer: Hypotension with bradycardia and warm, dry skin. Loss of sympathetic innervation causes vasodilation and unopposed parasympathetic effects, differing from other shock types.
Answer: Remove the helmet using a two-person technique with SMR maintained. Poor fit or airway obstruction necessitates removal to prioritize breathing while preserving spinal alignment.
Answer: Numbness, weakness, or paralysis in extremities. These symptoms indicate direct spinal cord compromise, distinguishing from peripheral or musculoskeletal issues.
Answer: Head first, then pelvis/legs, then torso last. Releasing in reverse order maintains torso stability while manual stabilization is reapplied to the head.