Medic Basics

Sample questions

Free NREMT Paramedic practice questions

15 free NREMT Paramedic practice questions from the Medic Basics bank of 1,222, each with the answer and a rationale for every choice. Try them here, then practice the rest free in your browser. No account, no ads.

The Paramedic Certification Examination is adaptive: 110 to 150 items in up to 3.5 hours, and it stops early once it is sure of the result. This mock draws items to the National Registry paramedic test plan, works two scenario-based item sets into the first 110 items, and stops by the same kind of confidence rule. Item difficulty here is estimated by the writers rather than calibrated from candidates, so treat the result as practice, not a prediction.

From the live Medic Basics bank. How questions are written and reviewed · Paramedic Certification Exam Guide

Practice all 1,222 NREMT Paramedic questions free in your browserMock exams, rationales for every choice and a study plan. No account or download needed.

Question 1 · Airway, Respiration and Ventilation

A 34-year-old intubated after a rollover crash is on a transport ventilator when the high-pressure alarm sounds and the SpO₂ falls from 97% to 84%. The paramedic disconnects the ventilator and bags by hand: the bag is very stiff, a suction catheter passes easily to full depth, the tube is still at 23 cm at the teeth, and the capnogram keeps a normal shape. Breath sounds are absent on the right with hyperresonance, the neck veins are flat and the BP is 78/50. What should the paramedic do NEXT?

  1. Withdraw the tube 2 cm to pull it back from the carina
  2. Give a 1 L crystalloid bolus for hemorrhage before any airway change
  3. Increase the PEEP to recruit the collapsed right lung
  4. Decompress the right chest with a needle
Show the answer and rationale

Answer: D

  • A. A tube advanced into the right main bronchus silences the left chest, not the right, and the depth here has not changed from 23 cm.
  • B. Hemorrhage is plausible after a rollover and may explain the flat neck veins, but stiff bagging with an absent, hyperresonant hemithorax points to a tension pneumothorax, which fluid will not fix while the pleural pressure keeps rising.
  • C. Tempting for the hypoxemia, but more positive pressure pushes more air into the pleural space and further cuts venous return; the air has to be released first.
  • D. Correct. Stiff bagging after the ventilator is removed, with obstruction and displacement ruled out, plus an absent, hyperresonant right chest and hypotension, is tension pneumothorax; flat neck veins do not exclude it in a patient who may also be bleeding.

DOPE structures troubleshooting of a deteriorating intubated patient: Displacement, Obstruction, Pneumothorax and Equipment failure. Disconnecting the ventilator and bagging by hand tests the equipment; if the patient improved on the bag, the ventilator or circuit would be at fault. Here bagging is stiff, so the problem lies in the tube or the patient. A suction catheter passing freely rules out obstruction, and an unchanged depth with a normal capnogram makes displacement unlikely. Positive pressure can turn a traumatic pneumothorax into a tension pneumothorax, so absent breath sounds and hyperresonance on one side with hypotension call for needle decompression even when the neck veins are flat, as they can be when the patient is also hypovolemic. Decompression goes at the second intercostal space midclavicular line or the fifth intercostal space anterior axillary line, using a catheter long enough for the chest wall.

Sources: StatPearls (NCBI Bookshelf)

Question 2 · Airway, Respiration and Ventilation

A paramedic holds an oropharyngeal airway against the face of an unresponsive adult with no gag reflex. With the flange at the corner of the mouth, the tip reaches only about halfway to the angle of the jaw. If this airway is inserted, which problem is MOST likely?

  1. Vomiting from contact with the back of the pharynx
  2. Tongue pushed back into the pharynx
  3. Epiglottis pressed down over the glottis
  4. Laryngospasm from the tip touching the vocal cords
Show the answer and rationale

Answer: B

  • A. Provoking vomiting is linked to an oversized airway or a patient with a gag reflex, and this patient has none.
  • B. Correct. The airway measures short of the angle of the jaw, and a device that is too short can press the tongue back rather than lift it clear.
  • C. This is the complication of an airway that is too long, which reaches past the base of the tongue.
  • D. A short airway ends well above the larynx, so its tip does not reach the cords.

An oropharyngeal airway is sized from the corner of the mouth to the angle of the jaw or the tip of the earlobe. The second step is working out what a wrong size does: too small and it pushes the tongue into the pharynx and worsens obstruction; too large and it can obstruct the glottis or provoke vomiting. It is used in patients without a gag reflex, while a nasopharyngeal airway suits those who still have one. Sizing is repeated with a new airway rather than forcing the first one.

Sources: NAEMT PHTLS, 10th ed.; Emergency Care in the Streets, 9th ed.; NASEMSO Model EMS Guidelines v3.0 (2022)

Question 3 · Cardiology and Resuscitation

A term infant born on the way to the hospital is limp and apneic. Mask ventilation with 21% oxygen has now lifted the chest well for 30 seconds, yet the ECG still reads 50 per minute. The paramedic partner is credentialed in neonatal intubation, and the tube and laryngoscope are ready. Which plan BEST follows the 2025 AHA/AAP guideline?

  1. Intubate, then start 3:1 compressions on 100% oxygen
  2. Give intraosseous epinephrine before any compressions
  3. Begin 3:1 compressions with the mask and 21% oxygen
  4. Ventilate 30 more seconds by mask on 100% oxygen
Show the answer and rationale

Answer: A

  • A. Correct. A rate below 60 despite 30 seconds of ventilation that moves the chest calls for compressions, and the guideline recommends an endotracheal tube for ventilation during compressions with 100% oxygen.
  • B. Epinephrine is for a rate that stays below 60 after ventilation and compressions have both been optimized; giving it first skips the compressions this rate already requires.
  • C. Compressions are indicated, but they compete with ventilation, so the guideline recommends ventilating through an endotracheal tube and suggests 100% oxygen while compressions are given rather than a mask on room air.
  • D. Thirty seconds of ventilation that inflates the lungs has already been given; a rate still below 60 calls for compressions, and more oxygen through the same mask does not replace them.

Most newborns who need help respond to ventilation that inflates the lungs, shown by a rising heart rate. When the rate stays below 60 per minute despite 30 seconds of ventilation that moves the chest, the 2025 AHA/AAP guideline recommends chest compressions. Because compressions compete with ventilation, ventilation is optimized first, including an alternative airway when possible: an endotracheal tube is recommended during compressions, and a laryngeal mask is a reasonable alternative at 34 weeks or more if a tube cannot be placed. Oxygen is raised to 100% during compressions and titrated to saturation targets once they are no longer needed. Compressions use a 3:1 ratio and the two-thumb encircling technique to one third of the chest depth, and ECG gives the fastest, most accurate heart rate. Epinephrine follows only if the rate stays below 60 after ventilation and compressions are optimized.

Sources: AHA/AAP 2025 Part 5: Neonatal Resuscitation

Question 4 · Cardiology and Resuscitation

A 31-year-old is found in cardiac arrest in a bathroom by a roommate who did not see the collapse and did not start CPR. A syringe and a spoon lie beside him. After 30 minutes of advanced life support, including naloxone, he remains in asystole with no shocks given and no return of circulation. The agency's protocol uses the ALS termination-of-resuscitation rule. What should the paramedic do?

  1. Continue CPR until the ETCO2 falls below 10 mm Hg, then terminate
  2. Apply the BLS rule instead, since no shock was delivered
  3. Terminate efforts, because the ALS rule criteria are met
  4. Contact medical direction; the rule is not validated in overdose
Show the answer and rationale

Answer: D

  • A. An ETCO2 below 10 mm Hg after 20 minutes of CPR may be one part of a multimodal decision, but it cannot make an unvalidated rule apply, and it should not end efforts by itself.
  • B. The BLS rule is for agencies without ALS and shares the same validation limits; switching rules does not make either valid for overdose.
  • C. The criteria are met on paper, but the rule was derived in presumed cardiac arrests; applying it to a toxic arrest misclassifies a potentially reversible cause.
  • D. Correct. TOR rules were validated in presumed cardiac arrests and should not be applied to presumed reversible causes such as overdose, so the rule cannot decide alone.

The ALS termination rule (arrest not witnessed by EMS or a bystander, no bystander CPR, no shock delivered and no ROSC) was validated in presumed cardiac out-of-hospital arrests. Kashiura and colleagues (2016) found both rules much less specific in arrests of noncardiac cause, which include drug overdose, and concluded they should not be applied to presumed reversible causes; overdose was among the causes in their unexpected good-outcome survivors, several of whom received extracorporeal CPR. The paramedic therefore involves medical direction, as NASEMSO advises considering before termination, rather than letting a checklist decide. A low ETCO2 is only one part of a multimodal decision.

Sources: Kashiura et al., TOR Rules in Cardiac and Non-cardiac OHCA (2016); NASEMSO Model EMS Guidelines v3.0 (2022)

Question 5 · Trauma

A worker's hand has been amputated by a press, and a tourniquet has controlled the bleeding. A coworker brings a cooler of crushed ice and offers to pack the hand in it. How should the paramedic prepare the hand for transport?

  1. Leave it for police to bring so the patient goes without delay
  2. Bury it in the crushed ice so it cools as fast as possible
  3. Seal it in a plastic bag and rest that bag on ice in a second bag
  4. Wrap it in a warm towel and keep it against the patient's body
Show the answer and rationale

Answer: C

  • A. Tempting for speed, but the part travels with the patient for possible reimplantation.
  • B. Tempting because cold preserves tissue, but direct contact with ice damages it.
  • C. Correct. The part stays cool and dry and does not touch the ice.
  • D. Warmth is the opposite of what the part needs.

Amputated parts are transported with the patient for possible reimplantation. The model guideline keeps the part cool but dry: place it in a plastic bag, set that bag on ice in a second bag, and keep the part from touching the ice directly. The tourniquet stays in place and visible, with the application time marked. Pain is treated with analgesics, and the tourniquet is not loosened for comfort. Transport goes to a facility able to assess the limb.

Sources: NASEMSO Model EMS Guidelines v3.0 (2022)

Question 6 · Medical, Obstetrics and Gynecology

A 61-year-old with insulin-treated diabetes does home peritoneal dialysis and switched to an icodextrin solution for her overnight dwell last week. She is sweaty, pale and confused and cannot follow commands, with no facial droop or limb weakness. Her husband's home meter read 210 mg/dL, and the crew's meter, which uses glucose dehydrogenase pyrroloquinolinequinone (GDH-PQQ) test strips, reads 204 mg/dL. Data are: HR 112, BP 148/86, RR 18, SpO₂ 97%. What should the paramedic do?

  1. Repeat the fingerstick on a different finger to confirm the reading
  2. A saline bolus for hyperglycemia, with dextrose withheld to avoid a higher reading
  3. Treat this as a stroke with altered mental status, since glucose is normal
  4. Treat this as hypoglycemia with IV dextrose and tell the ED about the icodextrin
Show the answer and rationale

Answer: D

  • A. Tempting, but a repeat on the same GDH-PQQ meter has the same interference and will read high again. It confirms nothing and delays treatment.
  • B. A reading of about 200 does not explain sweating and confusion, and withholding dextrose risks brain injury if the true glucose is low.
  • C. Accepting the number is the error the label warns about; falsely high readings have led clinicians to withhold treatment of hypoglycemia. She has no focal deficits.
  • D. Correct. Icodextrin's maltose metabolite makes GDH-PQQ meters read falsely high. Her symptoms fit hypoglycemia, so she is treated for it, and the hospital confirms the level with a glucose-specific method.

Icodextrin is a glucose polymer used for long peritoneal dialysis dwells. Its absorbed metabolites, such as maltose, react with meters and strips using glucose dehydrogenase pyrroloquinolinequinone (GDH-PQQ), glucose-dye-oxidoreductase and some GDH-FAD methods, giving falsely elevated readings for up to 2 weeks after the solution is stopped. The label warns that these readings have led patients and clinicians to withhold treatment of hypoglycemia. A sweaty, pale, confused patient on insulin has hypoglycemia until proven otherwise. NASEMSO's titrated 10% dextrose is low-risk if the reading proves true, while untreated hypoglycemia can cause permanent brain injury. The ED is told so it uses a glucose-specific laboratory method.

Sources: FDA Prescribing Information (DailyMed); NASEMSO Model EMS Guidelines v3.0 (2022); FDA Label: EXTRANEAL (icodextrin) (2025)

Question 7 · Medical, Obstetrics and Gynecology

On a 90-minute rural transport, a 30-year-old (70 kg) who had shellfish anaphylaxis received epinephrine 0.3 mg IM at a clinic 50 minutes ago, and her symptoms resolved completely. Now hives and wheezing return and she feels lightheaded. Data are: HR 124, BP 86/54, RR 24, SpO₂ 93%. She is alert. Which treatment should the paramedic give NEXT?

  1. Epinephrine 0.3 mg IM in the thigh, with a fluid bolus
  2. Diphenhydramine 50 mg IV, since the recurrence is milder
  3. Methylprednisolone 125 mg IV to end the second-phase reaction
  4. Start an epinephrine infusion, since the IM dose has failed
Show the answer and rationale

Answer: A

  • A. Correct. A biphasic reaction is treated exactly like the first phase: IM epinephrine at once, with 20 mL/kg isotonic fluid for hypoperfusion.
  • B. Her pressure is falling and she is wheezing, so this is anaphylaxis again; an antihistamine treats only the skin.
  • C. Steroids are often given to prevent biphasic reactions, but they have no proven benefit and act over hours, so they cannot treat her hypotension now.
  • D. The first dose worked; this is a recurrence. NASEMSO reserves an infusion for cardiovascular collapse that persists despite repeated IM doses and at least 60 mL/kg of fluid.

A biphasic reaction is a return of anaphylaxis after the first phase has resolved, without new exposure; WAO notes that about half occur within 6 to 12 hours. It is managed exactly like the initial reaction. NASEMSO repeats IM epinephrine every 5 to 15 minutes while signs persist, gives 20 mL/kg isotonic fluid rapidly for hypoperfusion, and considers an epinephrine infusion only for cardiovascular collapse despite repeated IM doses and at least 60 mL/kg of fluid. Steroids have no proven benefit. This possibility is why every patient treated for anaphylaxis is transported and observed.

Sources: NASEMSO Model EMS Guidelines v3.0 (2022); WAO Anaphylaxis Guidance (2020)

Question 8 · Medical, Obstetrics and Gynecology

A 35-year-old man with stage 3 chronic kidney disease has sudden, excruciating, colicky pain in the left flank that radiates to the groin, with restlessness and nausea, and his urine is pink. BP is 148/88 and he has no fever. Which management is BEST?

  1. Withhold analgesia so that the physician can assess the pain
  2. IV opioid, an antiemetic and transport
  3. A rapid 2 L saline bolus to flush the stone
  4. Ketorolac 15 mg IV, an antiemetic and transport
Show the answer and rationale

Answer: B

  • A. Pain relief does not need to wait, and he has a clear pattern of renal colic.
  • B. Correct. An opioid treats renal colic without the kidney risk of an NSAID.
  • C. Extra fluid does not speed stone passage, and analgesia should not wait.
  • D. Ketorolac works well for most stones, but NASEMSO avoids NSAIDs in renal insufficiency.

Renal colic causes severe, cyclic flank pain radiating toward the groin, nausea, hematuria and an inability to lie still. Opioids such as morphine or fentanyl work well, and ketorolac is rapidly effective, but NASEMSO avoids NSAIDs in renal insufficiency. Normal hydration is used, because extra fluid does not appear to speed passage. Vomiting is treated with ondansetron. In older patients, aortic disease must be considered as a mimic.

Sources: NASEMSO Model EMS Guidelines v3.0 (2022); Merck Manual Professional: Urinary Calculi (2025)

Question 9 · Medical, Obstetrics and Gynecology

A 77-year-old man with atrial fibrillation has left arm weakness and a left facial droop. His wife saw him at his normal self 50 minutes ago, and his glucose is 118 mg/dL. His medicines are apixaban, metoprolol and atorvastatin. Beyond the last-known-well time, which history is MOST important to include in the prearrival notification?

  1. The date his atrial fibrillation was first diagnosed
  2. Whether he took his metoprolol dose this morning
  3. His most recent INR result from the clinic
  4. When he took his last apixaban dose
Show the answer and rationale

Answer: D

  • A. Tempting because atrial fibrillation is the likely source of the clot, but how long he has had it does not change the emergency treatment decision.
  • B. Tempting because it explains his heart rate, but a missed or taken beta-blocker dose does not affect eligibility for reperfusion.
  • C. Tempting because the INR is the familiar anticoagulation number, but it reflects warfarin, not apixaban, and an old clinic value says nothing about today's drug effect.
  • D. Correct. Anticoagulant use is key stroke history, and for a direct oral anticoagulant the time of the last dose shapes whether thrombolysis can be considered.

NASEMSO lists the pertinent stroke history as the last-known-well time and its source, use of warfarin or any anticoagulant, and recent trauma, seizure, surgery or hemorrhage such as a GI bleed. With a direct oral anticoagulant the timing matters: the 2026 AHA/ASA guideline discusses thrombolysis in carefully selected patients with DOAC exposure within the past 48 hours when specific anti-factor Xa or thrombin assays are not available. Apixaban is a factor Xa inhibitor that the INR does not measure. Reporting the drug name and the time of the last dose lets the stroke team prepare assays, reversal options and the reperfusion plan before arrival.

Sources: NASEMSO Model EMS Guidelines v3.0 (2022); AHA/ASA Acute Ischemic Stroke (2026)

Question 10 · EMS Operations

A paramedic reviews a 911 recording. A caller says her husband collapsed, will not answer, and is making slow snoring gasps. She asks whether to leave him alone because he is still breathing. Which pre-arrival instruction was BEST?

  1. Treat it as cardiac arrest and coach compression-only CPR
  2. Have her check his carotid pulse before starting CPR
  3. Roll him onto his side and keep counting his breaths
  4. Coach cycles of 30 compressions and 2 rescue breaths
Show the answer and rationale

Answer: A

  • A. Correct. An unresponsive adult with abnormal or agonal breathing is assumed to be in arrest, and adult telephone CPR is compression-only.
  • B. Lay callers cannot reliably find a pulse, and time to first compression is strongly tied to survival.
  • C. Tempting because he seems to be breathing, but agonal gasps are not normal breathing and this delays compressions.
  • D. Recognizes the arrest, but telephone instructions for an adult advise compression-only CPR. Breaths are for infants and children.

Pre-arrival instructions guide the caller through life-saving steps until the crew arrives. AHA 2025 tells telecommunicators to assume cardiac arrest when a patient is unresponsive with abnormal, agonal or absent breathing, so the snoring gasps are the cue. The second step is the type of CPR: adult instructions advise compression-only CPR, because time to first compression is strongly associated with survival, while infants and children get breaths. The crew still reassesses on arrival.

Sources: AHA 2025 Part 4: Systems of Care

Question 11 · Clinical Judgment

At a two-car crash with one ambulance on scene, a 20-year-old with an open lower-leg fracture is screaming in pain, and a 50-year-old with a seat belt bruise across the abdomen is quiet, pale, with a heart rate of 124. Which patient should the paramedic assess and treat first?

  1. The 20-year-old, because pain control is a priority
  2. The quiet 50-year-old with the seat belt sign
  3. Whichever patient is closer to the ambulance
  4. The 20-year-old, because an open fracture is an obvious injury
Show the answer and rationale

Answer: B

  • A. Hemorrhage outranks pain.
  • B. Correct. Tachycardia with pallor and a seat belt sign suggests internal hemorrhage, while the screaming patient has an airway and circulation.
  • C. Proximity is not a triage criterion.
  • D. Obvious does not mean life-threatening.

Analyzing cues across multiple patients requires sorting by physiologic threat. A seat belt sign with tachycardia and pallor signals intra-abdominal hemorrhage, a leading cause of preventable death, while an open fracture in a patient who is screaming has an intact airway and perfusing brain. The paramedic treats the quiet patient for shock, requests a second unit, controls the fracture’s bleeding, and reassesses both continuously.

Sources: NAEMT PHTLS, 10th ed.; ACS ATLS, 11th ed.

Question 12 · Clinical Judgment

An 86-year-old woman with severe thoracic kyphosis fell at home and reports midline neck pain. A first responder has fitted a standard rigid collar and laid her flat on a long backboard. Her head now tips back, the collar pushes her chin up, and she says her neck hurts more and swallowing feels difficult. What should the paramedic do?

  1. Leave the collar on, since removing it would add neck movement
  2. Add head blocks and tape her forehead to the board to stop the tilt
  3. Switch to a taller collar size so it sits evenly on her chest
  4. Hold her head, remove the collar and pad her in her natural curve
Show the answer and rationale

Answer: D

  • A. Limiting movement is the goal, but this collar is forcing her neck into extension and worsening her pain, so leaving it on causes the harm it is meant to prevent.
  • B. Taping her head down to a flat board would force her fixed curve straight and could fracture or further injure her spine.
  • C. A taller collar would extend her neck further; a collar that cannot fit a fixed curve is set aside rather than resized.
  • D. Correct. NASEMSO notes that patients with severe kyphosis may not tolerate a collar and should be immobilized in a position of comfort with towel rolls or sandbags, off a rigid long board.

Her midline neck pain still calls for spinal motion restriction, but the method must fit her anatomy. NASEMSO states that patients with severe kyphosis or ankylosing spondylitis may not tolerate a cervical collar and should be immobilized in a position of comfort using towel rolls or sandbags, and it advises against transport on rigid long boards. The paramedic holds manual stabilization, removes the collar, moves her to the stretcher or a vacuum mattress, fills the space behind her head and shoulders so her natural curve is supported, and rechecks motor and sensory function.

Sources: NASEMSO Model EMS Guidelines v3.0 (2022)

Question 13 · Clinical Judgment

After resuscitation is terminated on scene, the paramedic must tell the family. Which approach is most appropriate?

  1. Sit down in a quiet place, say the person has died, allow silence
  2. Ask the police to inform the family
  3. Say that the patient “didn’t make it” or “passed on” to soften the news
  4. Deliver the news quickly from the doorway and return to the ambulance
Show the answer and rationale

Answer: A

  • A. Correct. Clear language prevents false hope, and questions about next steps are answered.
  • B. The crew who provided care delivers the news.
  • C. Euphemisms are misunderstood.
  • D. Families remember how they were told.

Communicating a death is part of the paramedic’s job. The family is gathered, the paramedic sits at their level, warns that the news is bad, states clearly that the person died, describes briefly what was done, tolerates silence and emotion, answers questions honestly, allows them to see the body, and explains the next steps with the medical examiner or funeral home. Cultural and religious needs are respected.

Sources: Bledsoe, Paramedic Care, 6th ed.; Emergency Care in the Streets, 9th ed.

Question 14 · Clinical Judgment

A college student living in a dormitory where two cases of meningococcal disease were reported last week has a fever, a severe headache, neck stiffness and vomiting. Which cues make this an emergency?

  1. A petechial rash is needed before this becomes an emergency
  2. Meningitis signs after a known meningococcal exposure
  3. These are flu symptoms; rest, fluids and a clinic visit tomorrow
  4. The symptoms fit a hangover after a weekend of drinking
Show the answer and rationale

Answer: B

  • A. The rash is a late sign.
  • B. Correct. Fever, headache, neck stiffness and vomiting after a known exposure suggest meningococcal meningitis, which kills within hours and spreads by droplets.
  • C. Delay is fatal.
  • D. Hangovers do not cause neck stiffness and fever.

Recognizing cues in infectious disease includes the exposure context. Meningitis presents with fever, headache, neck stiffness, photophobia, vomiting and altered mental status, and meningococcal disease can add a petechial rash and shock. The paramedic uses droplet precautions and a mask on the patient, treats shock, transports urgently with a prearrival alert so antibiotics are given on arrival, and reports the exposure so the crew and contacts receive prophylaxis.

Sources: CDC Isolation Precautions Guideline (2007); NAEMT AMLS, 4th ed.

Question 15 · Clinical Judgment

A 19-year-old woman has a fever of 39.8 °C, vomiting, diarrhea, a diffuse sunburn-like rash, a blood pressure of 78/44 and confusion. She has been using tampons during her period. Which hypothesis best fits?

  1. Toxic shock syndrome; septic shock care, remove the tampon
  2. Heat exhaustion; cool and rehydrate
  3. An allergic reaction to the tampon material; give epinephrine and remove the tampon at once
  4. Food poisoning; give antiemetics and oral fluids, then reassess
Show the answer and rationale

Answer: A

  • A. Correct. Fever, a sunburn rash, gastrointestinal symptoms and shock during tampon use is the classic picture; it is treated as septic shock and the tampon removed per protocol.
  • B. Heat exhaustion does not cause a rash and confusion.
  • C. Allergy causes hives, not a sunburn rash with fever.
  • D. Food poisoning does not cause a diffuse rash and shock.

Staphylococcal toxic shock syndrome, associated with retained tampons, nasal packing or wound infections, presents with sudden fever, vomiting and diarrhea, a diffuse macular erythroderma, hypotension and organ dysfunction, with desquamation days later. The paramedic recognizes it as septic shock: oxygen, aggressive fluid, a vasopressor if refractory, removal of the source when protocol allows, and rapid transport with a prearrival alert.

Sources: NAEMT AMLS, 4th ed.; Surviving Sepsis Campaign 2026

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