Study Hemorrhage Control And Shock In Trauma in NREMT AEMT 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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Flashcard 1: What is the correct next step if direct pressure does not control external bleeding?
Answer: Apply a tourniquet proximal to the wound. Tourniquets occlude arterial flow when direct pressure fails to stop life-threatening hemorrhage in extremities.
Flashcard 2: Where should an extremity tourniquet be placed relative to the bleeding site?
Answer: 2–3 inches proximal to the wound, not over a joint. Placement ensures optimal arterial compression without slippage or interference from joint movement.
Flashcard 3: Which assessment finding is an early indicator of shock in an adult trauma patient?
Answer: Tachycardia. Compensatory mechanisms increase heart rate to maintain cardiac output before blood pressure drops.
Flashcard 4: What is the standard method to control severe bleeding from a scalp laceration?
Answer: Direct pressure and a pressure dressing. Scalp wounds bleed profusely due to vascularity, requiring compression to achieve hemostasis effectively.
Flashcard 5: Which shock type should you suspect when hypotension follows penetrating chest trauma with JVD?
Answer: Obstructive shock (cardiac tamponade). Penetrating injury can cause pericardial effusion, obstructing cardiac filling and output with venous distension.
Flashcard 6: What IV/IO access strategy is most appropriate for an adult trauma patient in shock?
Answer: Two large-bore IVs or IO if IV access fails. Multiple access points enable rapid fluid administration; intraosseous is backup for difficult venous access.
Flashcard 7: What is shock, in physiologic terms, in the trauma patient?
Answer: Inadequate tissue perfusion and oxygen delivery. Shock results from insufficient oxygen delivery to tissues, compromising cellular function in injured patients.
Flashcard 8: Which three measures help prevent or treat the lethal triad in hemorrhagic trauma?
Answer: Control bleeding, prevent hypothermia, limit acidosis. These interventions disrupt the cycle of hypothermia, acidosis, and coagulopathy in massive hemorrhage.
Flashcard 9: Which mental status change is concerning for inadequate cerebral perfusion in shock?
Answer: Altered mental status (confusion, agitation, lethargy). Brain hypoperfusion from shock manifests as these changes, signaling urgent need for intervention.
Flashcard 10: What is the correct endpoint for tightening a tourniquet on an extremity?
Answer: Bleeding stops and distal pulse is absent. Tightening achieves complete occlusion of blood flow, preventing further hemorrhage while monitoring for complications.
Flashcard 11: What is the correct technique after placing hemostatic gauze into a wound?
Answer: Pack firmly, then hold direct pressure per protocol. Firm packing ensures contact with bleeding sources, while pressure maintains hemostasis per guidelines.
Flashcard 12: Which fluid strategy helps limit worsening hemorrhage in suspected uncontrolled bleeding?
Answer: Permissive hypotension per protocol (avoid over-resuscitation). Maintaining lower pressures reduces clot disruption and further bleeding in non-compressible hemorrhage.
Flashcard 13: What should you do if bleeding continues after the first tourniquet is tightened properly?
Answer: Apply a second tourniquet proximal to the first. A second device provides additional occlusion when the first is insufficient due to wound severity or anatomy.
Flashcard 14: Which assessment finding is a late sign of decompensated hemorrhagic shock?
Answer: Hypotension. Blood pressure falls only after compensatory mechanisms fail in advanced hypovolemic states.
Flashcard 15: Which skin finding most strongly supports poor perfusion from shock in trauma?
Answer: Cool, pale, diaphoretic skin. Vasoconstriction and sympathetic response cause these signs, indicating reduced peripheral perfusion.
Flashcard 16: What is the most common type of shock in major trauma?
Answer: Hemorrhagic (hypovolemic) shock. Trauma often causes significant blood loss, leading to hypovolemia as the primary shock mechanism.
Flashcard 17: Which bleeding sites are appropriate for hemostatic gauze use in trauma?
Answer: Junctional/non-tourniquet sites (groin, axilla, neck). These areas are not amenable to tourniquets, allowing hemostatic agents to promote clotting in compressible sites.
Flashcard 18: What should you do with a tourniquet once applied and bleeding is controlled?
Answer: Do not remove; leave in place and reassess. Removal risks re-bleeding, so ongoing assessment ensures continued control without adjustment unless directed.
Flashcard 19: Which shock type is suggested by hypotension, muffled heart sounds, and JVD after trauma?
Answer: Obstructive shock from cardiac tamponade. Beck's triad indicates pericardial tamponade, obstructing cardiac function in trauma patients.
Flashcard 20: Which intervention is indicated for suspected pelvic fracture with hemodynamic instability?
Answer: Apply a pelvic binder/sheet at the greater trochanters. Binding stabilizes fractures, reduces pelvic volume, and minimizes internal bleeding in unstable patients.
Flashcard 21: Which shock type is most consistent with hypotension plus absent breath sounds on one side after trauma?
Answer: Obstructive shock from tension pneumothorax. Air accumulation compresses the mediastinum, obstructing venous return and cardiac output unilaterally.
Flashcard 22: Which transport decision is most appropriate for a trauma patient with uncontrolled hemorrhage?
Answer: Rapid transport to a trauma center after immediate control measures. Definitive care requires surgical intervention, so expedited transport improves outcomes in unstable patients.
Flashcard 23: Which hemorrhage control action should you perform first for severe external bleeding?
Answer: Direct pressure with a sterile dressing. This initial step mechanically compresses the bleeding vessel to promote clot formation and stabilize the patient.
Flashcard 24: What must you document after tourniquet application for trauma hemorrhage control?
Answer: Time of application and effectiveness. Documentation supports continuity of care, tracking potential complications like ischemia or compartment syndrome.