Endocrine emergencies: integrated approach — structured clinical encounter

Recognition and the bedside triage

The candidate recognises the metabolic pattern from the shared framework: a high glucose with a high-anion-gap metabolic acidosis and ketones is DKA until proven otherwise. The severity is graded severe (pH below 7.1, bicarbonate below 10). The candidate must state why the diabetes was missed — the polyuria attributed to a virus, the weight loss to a poor appetite, and no bedside glucose checked at the earlier presentations — and name the habit that would have caught it: the bedside glucose on every sick child. [1] [5]

Immediate resuscitation

The candidate resuscitates in three steps. First, fluids: a 10 mL per kg bolus of 0.9 per cent saline because the child is drowsy and dehydrated, then a structured regimen replacing the deficit plus maintenance over 36 to 48 hours. Second, insulin: an infusion at 0.05 to 0.1 units per kg per hour started AFTER the first fluid — the candidate must state that insulin is NEVER given as a bolus in paediatric DKA because it causes dangerous hypokalaemia and increases cerebral-oedema risk. Third, potassium: 40 mmol per litre in the maintenance fluid once the serum level is known and the child is urinating. The candidate must state two things that must NOT be done: no insulin bolus and no bicarbonate. [1] [4]

The cerebral-oedema protocol

Four hours in, the child develops a headache and altered consciousness with bradycardia and hypertension. The candidate must recognise the Cushing response and altered consciousness as cerebral oedema — the leading cause of diabetes-related death in children — and treat immediately: mannitol 0.5 to 1 g per kg or 3 per cent hypertonic saline 2 to 5 mL per kg, reduce the fluid rate by one third, and prepare for intubation and ventilation. The candidate must state that treatment is NOT delayed for a CT scan, because delay is the preventable cause of death. The candidate must name the modifiable risk factors: bicarbonate use, insulin bolus, high fluid rate, and severe acidosis or a low corrected sodium at presentation. Cerebral oedema complicates roughly 0.5 to 1 per cent of paediatric DKA episodes and carries a 20 to 40 per cent mortality. [3] [13] [14]

Family communication

The conversation names the disease in plain language: her body has stopped making insulin, which is why the sugar built up in her blood and made her sick, and she now needs lifelong insulin. The candidate acknowledges the cerebral-oedema complication honestly and explains what was done and why. The candidate builds the sick-day plan before discharge: never stop insulin during illness, check glucose and ketones every 2 to 3 hours, give correction insulin if ketones rise, maintain hydration, and present early if vomiting or drowsy. The candidate arranges structured follow-up with paediatric diabetes, a diabetes educator, a dietitian and a psychologist, with a school care plan and a MedicAlert. [1]

The integrated principle and the preventable death

The candidate closes on the synthesis: this child's emergency is one example of the shared framework that unifies all paediatric endocrine emergencies — recognise early, check the bedside glucose and gas, give the empiric therapy before the confirmatory test, follow the structured protocol, and build the plan that prevents the next emergency. The preventable failure is named — the missed diagnosis treated as a virus or gastroenteritis while the endocrine axis fails — and the countermeasure is the bedside glucose, gas and electrolytes on every sick child. [1] [5]