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This deck focuses on Hemorrhage Control And Traumatic Shock, giving you a quick way to review the definitions, rules, and examples that matter most for NREMT Paramedic Level.
Study Hemorrhage Control And Traumatic Shock in NREMT Paramedic 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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Where should an extremity tourniquet be placed relative to the bleeding site?
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High and tight or 2–3 inches proximal; never over a joint. Proper placement ensures effective arterial compression without risking joint damage or ineffective control.
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This deck focuses on Hemorrhage Control And Traumatic Shock, giving you a quick way to review the definitions, rules, and examples that matter most for NREMT Paramedic 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: High and tight or 2–3 inches proximal; never over a joint. Proper placement ensures effective arterial compression without risking joint damage or ineffective control.
Answer: Balanced isotonic crystalloid in limited volumes (avoid large boluses). Limited crystalloids support perfusion without causing hemodilution or clot disruption in hypovolemic states.
Answer: Direct pressure with hemostatic gauze and wound packing. Junctional areas require packing to compress vessels directly, as tourniquets are ineffective there.
Answer: Pack to the bleeding source and hold firm pressure for 3 minutes. Packing fills the wound cavity to apply targeted pressure and promote clotting at the source.
Answer: Apply a second tourniquet proximal to the first. A second device addresses potential slippage or inadequate compression from the initial tourniquet.
Answer: Shock index =90120≈1.3. Elevated values above 1 indicate possible occult shock, prompting closer monitoring and intervention.
Answer: Document the application time and keep the tourniquet visible. Documentation and visibility facilitate timely reassessment and prevent complications like compartment syndrome in definitive care.
Answer: Apply a vented chest seal; reassess for tension pneumothorax. Vented seals allow air escape to prevent tension pneumothorax while sealing the wound to maintain negative intrathoracic pressure.
Answer: Bleeding stops and distal pulse is absent (if previously present). These indicators confirm sufficient occlusion of blood flow to prevent further hemorrhage.
Answer: Suspected traumatic brain injury requiring adequate cerebral perfusion. TBI requires higher pressures to maintain cerebral perfusion pressure and prevent secondary injury.
Answer: Tachycardia. Compensatory mechanisms in early shock increase heart rate to maintain cardiac output despite reduced stroke volume.
Answer: Hypotension. Blood pressure drops only after compensatory mechanisms fail, indicating advanced hypovolemia.
Answer: Control hemorrhage, support airway/ventilation, then rapid transport. Addressing life threats in this order stabilizes the patient for transport to definitive care.
Answer: Rapid transport, permissive hypotension when indicated, and hemorrhage control. These measures minimize ongoing blood loss and support perfusion without over-resuscitation that could disrupt clots.
Answer: Cool, pale, diaphoretic skin. Vasoconstriction in shock diverts blood to vital organs, resulting in peripheral hypoperfusion signs.
Answer: Apply direct pressure with a dressing; add hemostatic gauze if needed. Direct pressure is the initial method to control external bleeding by promoting clot formation, with hemostatic agents added for enhanced coagulation in severe cases.
Answer: Altered mental status (anxiety, confusion, decreased responsiveness). Hypoperfusion affects cerebral function, progressing from sympathetic stimulation to decreased responsiveness.
Answer: Apply a tourniquet proximal to the wound and tighten until bleeding stops. Tourniquets provide mechanical occlusion of arterial flow when direct pressure is insufficient for life-threatening extremity hemorrhage.
Answer: Hypothermia, acidosis, and coagulopathy. This lethal combination impairs clotting and perfusion, worsening outcomes if not interrupted early.
Answer: Inadequate tissue perfusion due to acute blood volume loss. This condition arises from hypovolemia leading to insufficient oxygen delivery to tissues.
Answer: Prevent hypothermia: cover patient and warm the environment/fluids. Maintaining normothermia prevents exacerbation of coagulopathy and metabolic acidosis in trauma patients.
Answer: Apply an occlusive dressing and monitor for respiratory compromise. Occlusive dressings prevent air embolism while monitoring ensures early detection of complications like airway obstruction.
Answer: Maintain SBP about 80–90 mmHg (or just enough for radial pulse/mentation). Permissive hypotension avoids disrupting fragile clots while ensuring minimal perfusion to vital organs.
Answer: Early balanced transfusion (packed RBCs, plasma, and platelets). Balanced ratios mimic whole blood to correct coagulopathy and improve oxygen-carrying capacity effectively.