Paeds Cases · clinical-assessment-and-reasoning
Home-ventilated child with night alarms — structured clinical encounter
Structured encounter testing CMC recognition, technology-dependent ABCDE, device-versus-disease reasoning, emergency care planning, polypharmacy reconciliation, caregiver partnership and safe disposition.
structured clinical encounter
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Target exams
RACP General PaediatricsRACP DCEMRCPCH ClinicalRCPSC Pediatrics
Prompt
Aarav, 6 years, severe neurological impairment with tracheostomy, overnight home ventilation and gastrostomy, presents overnight with desaturation, ventilator alarms and maternal concern that he is not himself; no emergency care plan on file; regional hospital without on-site PICU.
Candidate instructions
You have 10 minutes at the bedside (simulated). Stabilise, reason aloud, and outline the next 24 hours and discharge-safety plan for this technology-dependent child with medical complexity. [1]
Scripted findings (released on request)
- Mother: “His usual SpO2 at night is about 94%. He smiles at me in the morning. Tonight he is floppy and the vent keeps alarming.” [20]
- Tracheostomy in situ; secretions thick; suction yields plugs; SpO2 rises from 84% to 94% after airway clearance. [13]
- Gastrostomy intact; last feed 4 hours ago; nine regular medicines on the list, three recent PRN sedatives added at another hospital. [17]
- No emergency care plan in the record; family carries a paper sheet with vent settings in mum’s bag. [1]
- Regional hospital; PICU retrieval available in 90 minutes if needed. [13]
Expected performance
Immediate
- Call for help; ABCDE with technology; treat likely tube/secretion obstruction; oxygen; do not delay for labs. [13]
- Use caregiver baseline knowledge as clinical data. [1]
- State problem representation: CMC + technology dependence; acute airway/device threat improving after suction; possible infection/aspiration trigger still open. [1]
Assessment and plan
- Examine devices, chest, perfusion, interaction versus baseline; glucose if indicated; consider gas/cultures if infection likely after stabilisation. [13]
- Medication reconciliation — flag polypharmacy and unindicated sedatives. [17]
- Escalate/retrieve if recurrent desaturation, rising support, or local capability exceeded. [13]
Systems
- Create/update emergency care plan from the paper settings + hospital record. [1]
- Structured handoff to ward/retrieval (baseline, devices, trajectory, outstanding tasks). [16]
- Discharge only when training, supplies, power/oxygen, 24/7 contact and follow-up are real — do not assume continuous home nursing. [19]
- Avoid diagnostic overshadowing and “always like this” reasoning. [1]
Examiner global anchors
- Pass: Device-aware ABCDE, CMC framing, emergency plan, polypharmacy and caregiver partnership, capability-matched disposition. [1]
- Borderline: Stabilises airway but no systems plan or baseline framing. [1]
- Fail: Ignores tracheostomy/ventilator, dismisses mother, discharges without equipment/training, or treats PMCA-like labels as bedside severity. [1]
References
- [1]Kuo, Dennis Z Recognition and Management of Medical Complexity. Pediatrics, 2016.PMID 27940731
- [2]Cohen, Eyal Children with medical complexity: an emerging population for clinical and research initiatives. Pediatrics, 2011.PMID 21339266
- [3]Simon, Tamara D Pediatric medical complexity algorithm: a new method to stratify children by medical complexity. Pediatrics, 2014.PMID 24819580
- [13]Natesan, Sujit Technology-Dependent Children. Emergency medicine clinics of North America, 2021.PMID 34215407
- [16]Starmer, Amy J Changes in medical errors after implementation of a handoff program. The New England journal of medicine, 2014.PMID 25372088
- [17]Feinstein, James A Making Polypharmacy Safer for Children with Medical Complexity. The Journal of pediatrics, 2023.PMID 36252865
- [19]Sobotka, Sarah A Home Health Care Utilization in Children With Medicaid. Pediatrics, 2022.PMID 35028664
- [20]Mauskar, Sangeeta In their own words: Safety and quality perspectives from families of hospitalized children with medical complexity. Journal of hospital medicine, 2023.PMID 37559415