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Paeds Vivasinvestigations-procedures-and-technology

Paeds Vivas · investigations-procedures-and-technology

Artificial intelligence and clinical decision support in paediatrics — viva

Branching structured oral on the four classes of paediatric AI, how a machine-learning prediction model is built and where it fails, the validation ladder, alert fatigue and stewardship, automation bias, the retinopathy-of-prematurity and sepsis-prediction evidence, and the four deployment safeguards.

branching clinical structured oral5 min readVerification in progress

Target exams

RACP DCEMRCPCH ClinicalRACP General Paediatrics
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Study tools

Target exams

RACP DCEMRCPCH ClinicalRACP General Paediatrics
Prompt
You are the paediatric registrar on a night shift. A deterioration score flashes low on a child who looks unwell, a drug-interaction alert pops up on a prescription the team has used safely for years, and a deep-learning tool flags a retinal image on a premature baby in the nursery. The examiner takes you through each scenario and the principles that govern them.

Opening (must-hit)

"Artificial intelligence in paediatrics is a computer system that performs a task a clinician would otherwise do by judgement. The four classes are prediction and early warning (the deterioration, sepsis and PICU-transfer score), diagnosis and image interpretation (the radiograph, retinopathy-of-prematurity and skull-fracture reader), rule-based decision support (the drug-interaction, dosing and allergy alert) and generative or triage tools. The candidate must distinguish a trained prediction model from a rule-based alert, because the two are validated and governed differently. The validation ladder is internal cross-validation, external validation in a different population, and a prospective silent trial — external validation is the gate. Sensitivity and specificity are not fixed but shift with prevalence and threshold, and the clinician remains accountable for every output. The four safeguards are clinician over-read, a written escalation plan, alert stewardship and ongoing monitoring." [2] [10]

Paediatrics Fellowship Pro

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You have read the opening of this viva. The complete unit — every section and its primary-source references — is part of the Paediatrics Fellowship fellowship library.

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References9ShowHide
  1. [1]Le S Pediatric Severe Sepsis Prediction Using Machine Learning Front Pediatr, 2019.PMID 31681711
  2. [2]Mayampurath A Development and External Validation of a Machine Learning Model for Prediction of Potential Transfer to the PICU Pediatr Crit Care Med, 2022.PMID 35446816
  3. [4]Choi JW Deep Learning-Assisted Diagnosis of Pediatric Skull Fractures on Plain Radiographs Korean J Radiol, 2022.PMID 35029078
  4. [5]Taylor S Monitoring Disease Progression With a Quantitative Severity Scale for Retinopathy of Prematurity Using Deep Learning JAMA Ophthalmol, 2019.PMID 31268518
  5. [6]Young BK Efficacy of Smartphone-Based Telescreening for Retinopathy of Prematurity With and Without Artificial Intelligence in India JAMA Ophthalmol, 2023.PMID 37166816
  6. [7]Chaparro JD Clinical Decision Support Stewardship: Best Practices and Techniques to Monitor and Improve Interruptive Alerts Appl Clin Inform, 2022.PMID 35613913
  7. [8]Fallon A Addressing Alert Fatigue by Replacing a Burdensome Interruptive Alert with Passive Clinical Decision Support Appl Clin Inform, 2024.PMID 38086417
  8. [9]Simpao AF Optimization of drug-drug interaction alert rules in a pediatric hospital's electronic health record system using a visual analytics dashboard J Am Med Inform Assoc, 2015.PMID 25318641
  9. [10]Liu X Reporting guidelines for clinical trial reports for interventions involving artificial intelligence: the CONSORT-AI extension Nature Medicine, 2020.PMID 32908283
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