Utilizing LLMs to Investigate the Disputed Role of Evidence in Electronic Cigarette Health Policy Formation in Australia and the UK
Damian Curran, Brian Chapman, Mike Conway

TL;DR
This study uses GPT-4 to analyze and compare how Australian and UK electronic cigarette policies emphasize harms or benefits, revealing divergent framing despite similar evidence bases.
Contribution
Introduces a novel LLM-based sentence classifier to automatically analyze policy documents and uncover differences in evidence presentation between two jurisdictions.
Findings
Australian documents emphasize harms more than benefits.
UK documents emphasize benefits more than harms.
Classifier achieved an F-score of 0.9 in identifying claims.
Abstract
Australia and the UK have developed contrasting approaches to the regulation of electronic cigarettes, with - broadly speaking - Australia adopting a relatively restrictive approach and the UK adopting a more permissive approach. Notably, these divergent policies were developed from the same broad evidence base. In this paper, to investigate differences in how the two jurisdictions manage and present evidence, we developed and evaluated a Large Language Model-based sentence classifier to perform automated analyses of electronic cigarette-related policy documents drawn from official Australian and UK legislative processes (109 documents in total). Specifically, we utilized GPT-4 to automatically classify sentences based on whether they contained claims that e-cigarettes were broadly helpful or harmful for public health. Our LLM-based classifier achieved an F-score of 0.9. Further, when…
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Taxonomy
TopicsSmoking Behavior and Cessation · Pharmacovigilance and Adverse Drug Reactions · Healthcare Systems and Challenges
MethodsAttention Is All You Need · Linear Layer · Multi-Head Attention · Dense Connections · Dropout · Layer Normalization · Byte Pair Encoding · Softmax · Absolute Position Encodings · Residual Connection
