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Can a computer program help identify stroke patients faster in the Emergency Department? A study of automated triage note analysis.

Diagnostic Accuracy of a Pre-Trained Algorithm for Automated Code Stroke Pathway Identification in Emergency Department Triage Notes Compared to Neurologist Review and Clinical Outcome

Status
Not yet recruiting
Phases
Unknown
Study type
Observational
Source
ANZCTR
Registry ID
ACTRN12626000596303
Acronym
SCANSTROKE
Enrollment
10000
Registered
2026-05-12
Start date
2026-05-26
Completion date
Unknown
Last updated
2026-05-18

For informational purposes only — not medical advice. Sourced from public registries and may not reflect the latest updates. Terms

Conditions

None listed

Brief summary

SCANSTROKE study will assess the utility of a software tool to identify ED patients suitable for acute stroke treatment. The tool will assess language present in the documented notes by ED triage clinicians. This will be compared against whether patients were actually activated as a stroke code at the time and whether they ended up having a stroke as their final diagnosis.

Interventions

A pre-trained natural language algorithm will be applied retrospectively to de-identified Emergency Department triage notes from Monash Medical Centre. The algorithm analyses free-text triage notes for stroke-related indicators and produces a binary classification output (activate Code Stroke pathway: yes/no) with a generated justification. The algorithm will observe recorded patient symptoms and observations such as blood pressure and GCS then determine likelihood of fulfilling code stroke path

A pre-trained natural language algorithm will be applied retrospectively to de-identified Emergency Department triage notes from Monash Medical Centre. The algorithm analyses free-text triage notes for stroke-related indicators and produces a binary classification output (activate Code Stroke pathway: yes/no) with a generated justification. The algorithm will observe recorded patient symptoms and observations such as blood pressure and GCS then determine likelihood of fulfilling code stroke pathway. Stateless processesing is used - the model receives only the current patient's data and produces an output without any information being carried over from previous patients. Therefore each patients data will be processed by the model individually. The algorithm is locally deployed on secure departmental infrastructure, requires no internet access, and performs no model training on patient data. The duration of (retrospective) observation covers ED presentations over a 1 month period between 14/9/2023 and 2/10/2023. Data collection will occur in April 2026 and be completed within one month. Given the observational design results will not alter clinical outcomes and the analysis is retrospective.

Sponsors

Dr Michael Valente (Monash Health)
Lead SponsorIndividual

Eligibility

Sex/Gender
All
Age
18 Years to No maximum
Healthy volunteers
No

Inclusion criteria

-Adult patients (greater than or equal to 18 years) presenting to Emergency Department within the past 5 years -Presenting complaint documented in ED triage notes

Exclusion criteria

-Triage notes that are incomplete, missing, or contain insufficient free-text for algorithm processing -Presentations where triage documentation is unavailable in the electronic system -Paediatric presentations (under 18 years)

Outcome results

None listed

Source: ANZCTR · Data processed: May 22, 2026