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This deck focuses on Medical Emergencies Respiratory And Cardiac Complaints, giving you a quick way to review the definitions, rules, and examples that matter most for NREMT EMT Level.
Study Medical Emergencies Respiratory And Cardiac Complaints 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 medication class is used in a prescribed inhaler or nebulizer to treat bronchospasm?
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Short-acting beta agonist bronchodilator (for example, albuterol). Relaxes bronchial smooth muscle by stimulating beta-2 receptors, rapidly relieving acute bronchoconstriction.
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This deck focuses on Medical Emergencies Respiratory And Cardiac Complaints, 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: Short-acting beta agonist bronchodilator (for example, albuterol). Relaxes bronchial smooth muscle by stimulating beta-2 receptors, rapidly relieving acute bronchoconstriction.
Answer: Suspected cardiac chest pain with systolic BP adequate per protocol and no contraindications. Relieves vasospasm and reduces preload in stable patients to alleviate myocardial oxygen demand.
Answer: Begin assisted ventilations with BVM and high-flow oxygen; prepare for rapid transport. Manages respiratory failure by ensuring adequate oxygenation and ventilation when spontaneous efforts are insufficient.
Answer: Headache and decreased blood pressure. Occurs due to vasodilation effects, requiring monitoring to ensure hemodynamic stability post-administration.
Answer: Shortness of breath or weakness without chest pain. Occurs due to altered pain perception in these populations, presenting as equivalents to classic angina symptoms.
Answer: Open and maintain airway; provide high-flow oxygen and ventilate as needed. Addresses life-threatening airway compromise and hypoxia by ensuring patency and supporting ventilation to improve oxygenation.
Answer: Recent phosphodiesterase-5 inhibitor use (for example, sildenafil). Causes dangerous synergistic vasodilation when combined with nitroglycerin, leading to profound hypotension.
Answer: Respiratory failure has inadequate ventilation or oxygenation with fatigue/AMS. Marks progression to life-threatening state where compensatory mechanisms fail, evidenced by exhaustion and mental status changes.
Answer: Suspected acute coronary syndrome with no allergy or active bleeding. Inhibits platelet aggregation to prevent thrombus progression in suspected myocardial infarction without bleeding risks.
Answer: Rapid deep breathing with lightheadedness and tingling of hands or lips. Caused by hypocapnia from excessive ventilation, leading to respiratory alkalosis and paresthesia in extremities.
Answer: Coach slow breathing and provide reassurance; do not use a paper bag. Restores normal CO2 levels safely without risking hypoxia, as paper bags can cause rebreathing and complications.
Answer: Wheezing with a history of asthma and no dependent edema. Points to reactive airway disease without signs of fluid overload or cardiac involvement typical of congestive heart failure.
Answer: Crackles (rales). Arises from air bubbling through alveolar fluid, commonly associated with left-sided heart failure or other causes of fluid overload.
Answer: Inadequate oxygenation and possible hypoxia. Reflects deoxygenated hemoglobin in peripheral tissues, often from hypoxemia, hypoventilation, or circulatory impairment.
Answer: Wheezing. Results from turbulent airflow through constricted bronchioles due to inflammation and smooth muscle spasm in reactive airway diseases.
Answer: Stridor. High-pitched inspiratory sound from partial upper airway blockage, often due to edema or foreign body, demanding urgent intervention.
Answer: Bag-valve mask ventilation with supplemental oxygen. Supports inadequate tidal volume and rate to prevent hypoxia and hypercapnia while maintaining circulation.
Answer: Hypotension with signs of poor perfusion (cool, clammy skin; altered mentation). Indicates pump failure with systemic hypoperfusion, distinguishing from stable ischemia without circulatory compromise.
Answer: Nasal cannula. Delivers low-flow oxygen (1-6 L/min) comfortably for stable patients without need for higher concentrations.
Answer: Nonrebreather mask. Provides high-concentration oxygen (up to 90-100%) via reservoir bag to maximize delivery for hypoxemic patients.
Answer: Do not give nitroglycerin; provide oxygen as needed, treat shock, rapid transport. Avoids nitroglycerin due to hypotension risk, focusing on supportive care and expedited advanced intervention.
Answer: Pressure-like substernal pain possibly radiating to jaw or left arm. Describes ischemic myocardial pain from coronary artery occlusion, often with referred pain due to shared nerve pathways.
Answer: Respiratory distress, hypotension/shock, and skin or mucosal findings. Indicates severe systemic allergic reaction involving respiratory, cardiovascular, and integumentary systems, requiring immediate epinephrine.
Answer: Crackles with hypertension and possible dependent edema. Suggests left ventricular failure leading to alveolar fluid accumulation, differentiated from bronchospasm by edema and vital signs.
Answer: High-flow oxygen and ventilatory support as needed; position upright if tolerated. Improves oxygenation and reduces work of breathing in acute decompensated heart failure, with positioning aiding venous return.