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A Confused 72-Year-Old in the Waiting Room: Sepsis, Triage and Escalation

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A Confused 72-Year-Old in the Waiting Room: Sepsis, Triage and Escalation

At 02:15 a 72-year-old man is brought to the emergency department from a residential home with two days of fever and new confusion. Triage: temperature 38.9 °C, heart rate 124 beats/min, blood pressure 86/50 mmHg, respiratory rate 26 breaths/min, SpO2 91% on room air, blood glucose 11 mmol/L, and he responds to voice only. Capillary refill is 4 seconds, and there is no urine output recorded in the 40 minutes since arrival. The triage nurse places him in the waiting room because all bays are full and a patient with chest pain has just arrived. The department is holding 14 admitted patients, one nurse is on a break, and the only available space is a curtained area beside the triage desk.

1. Calculate what you can and identify this patient's priority level. What must happen in the first 30 minutes, and why is ordering of those actions important?

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Quantify the derangement:

  • Shock index = HR ÷ systolic BP = 124 ÷ 86 ≈ 1.44 (normal <0.9). A value above 1.0 in an older adult signals significant haemodynamic compromise.
  • MAP = (86 + 2×50) ÷ 3 ≈ 62 mmHg - at or below the perfusion threshold.
  • qSOFA-type features: respiratory rate ≥22, altered mentation, systolic BP ≤100 - three of three present, plus fever, delayed capillary refill and probable infection source.

Priority: immediate (red) - resuscitation area, not the waiting room. This is septic shock until proven otherwise.

First 30 minutes:

  1. Move him to a monitored space with oxygen; continuous SpO2, cardiac monitoring, non-invasive BP cycling.
  2. IV access ×2 and draw blood cultures before antibiotics (do not delay antibiotics more than a few minutes for cultures).
  3. Lactate and full septic screen (urine, chest, bloods, glucose).
  4. Broad-spectrum antibiotics within 1 hour of recognition.
  5. Crystalloid 30 mL/kg for hypotension or lactate ≥4 - roughly 2.1 L for a 70 kg man - as rapid boluses with reassessment after each, watching for fluid overload if he has cardiac or renal disease.
  6. Catheterise to measure hourly urine output; check pain, temperature control, and glucose.

Why the order matters: cultures taken after antibiotics lose sensitivity and leave the patient on the wrong drug for days; antibiotics delayed while chasing a lactate sample cost survival; and a single 2 L bolus given without reassessment causes pulmonary oedema in an elderly heart. Sequence, then reassess against targets (MAP ≥65, urine output ≥0.5 mL/kg/h, lactate clearance).

2. The department is overwhelmed. How do you advocate for this patient, and what do you do if the nurse in charge says there is no space?

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Advocacy here is a concrete, escalated request - not a complaint.

State the risk plainly to the nurse in charge:

  • 'This man has a shock index of 1.44, a MAP of about 62, is hypoxic at 91% on room air and has new confusion. He is in septic shock. If he waits in the waiting room unmonitored, he will arrest there and no one will see it happen.'
  • Ask for a specific action, not sympathy: 'Who can be moved to create a monitored space in the next five minutes?'

Practical options to put on the table:

  • Use the curtained space beside triage and assign a nurse to him - proximity to the desk is better than a corridor.
  • Move a clinically stable admitted patient (or a walking well ambulatory patient) out of a bay; escalate to the bed manager for admitted-patient boarding.
  • Recall the nurse from break and escalate the staffing gap to the duty manager as a formal capacity concern.

If refused:

  • Use the chain of command - emergency physician in charge, then duty manager/hospital coordinator; document who was told what and when, and the clinical findings at the time.
  • Start treatment where he is rather than waiting for the ideal space: oxygen, IV access, cultures, fluids and antibiotics can begin immediately.
  • Record the refusal and the escalation. 'The department was busy' is not a clinical justification for an unmonitored patient in shock, and the documentation is what protects both the patient and you.

3. After 30 mL/kg of crystalloid his BP is 78/44 mmHg, HR 130, and lactate has risen from 4.2 to 5.6 mmol/L. What is your interpretation and the next step?

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Interpretation: fluid-refractory septic shock. He has received an adequate volume challenge and remains hypotensive with a rising lactate - tissue hypoperfusion is worsening, not resolving.

  • MAP = (78 + 2×44) ÷ 3 ≈ 55 mmHg, well below the 65 mmHg target.
  • Rising lactate after adequate fluids means the microcirculation is still failing; more boluses alone will not fix a vasodilated, leaking circulation and will increase the risk of pulmonary oedema.

Next steps:

  1. Start a vasopressor - norepinephrine is first line - and give it through a central line if available, or peripherally with a documented extravasation plan if not, rather than delaying. Titrate to MAP ≥65.
  2. Escalate to critical care now for ICU referral and probable intubation/central access; do not wait for the next set of observations.
  3. Confirm source control: has the source been identified (urinary, respiratory, abdominal, line, skin)? Antibiotics alone will not rescue an undrained abscess or an obstructed infected kidney - escalate to the relevant team.
  4. Check the simple, reversible causes of shock before assuming it is all sepsis: bleeding, pneumothorax, adrenal insufficiency, anaphylaxis, cardiac ischaemia (ECG and troponin).
  5. Reassess fluid responsiveness rather than giving open-ended boluses - passive leg raise, stroke volume/echo, capillary refill and skin temperature; reassess after each intervention.
  6. Document the fluid total, vasopressor start time and dose, and the escalation times. The clinical picture has changed from 'sepsis' to 'refractory shock' - the communication to the ICU team must say so explicitly.