Streamlining Ophthalmic Documentation With Anonymized, Fine-Tuned Language Models: Feasibility Study

Our study demonstrates the technical and practical feasibility of introducing fine-tuned commercial LLMs into clinical practice. The AI-generated epicrises were formally and clinically correct in many cases and showed time-saving potential. While medical accuracy and usefulness varied across cases and should be focused on in further developments, a significant workload reduction is likely. Our anonymization process showed that regulatory challenges in the context of AI with patient data can effectively be dealt with. In summary, this study highlights the promise of transformer-based LLMs in reducing administrative tasks in health care. It outlines a pipeline for integrating LLMs into European Union clinical practice, emphasizing the need for careful implementation to ensure efficiency and patient safety.

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Publication Details

Journal
Interactive Journal of Medical Research
Published
2025-09-30
DOI
https://doi.org/10.2196/72894
Primary Topic
Electronic Health Records Systems
Type
article
Field-Weighted Citation Impact
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article

Streamlining Ophthalmic Documentation With Anonymized, Fine-Tuned Language Models: Feasibility Study

Quang Vinh Ngo, Thomas Reinhard, Felix Heilmeyer, Daniel Böhringer et al.
Interactive Journal of Medical Research
Electronic Health Records Systems
article

Streamlining Ophthalmic Documentation With Anonymized, Fine-Tuned Language Models: Feasibility Study

Quang Vinh Ngo, Thomas Reinhard, Felix Heilmeyer, Daniel Böhringer, Sebastian Arens, Anna Richling, Lucas Stürzbecher
article en

Abstract

Our study demonstrates the technical and practical feasibility of introducing fine-tuned commercial LLMs into clinical practice. The AI-generated epicrises were formally and clinically correct in many cases and showed time-saving potential. While medical accuracy and usefulness varied across cases and should be focused on in further developments, a significant workload reduction is likely. Our anonymization process showed that regulatory challenges in the context of AI with patient data can effectively be dealt with. In summary, this study highlights the promise of transformer-based LLMs in reducing administrative tasks in health care. It outlines a pipeline for integrating LLMs into European Union clinical practice, emphasizing the need for careful implementation to ensure efficiency and patient safety.

Interactive Journal of Medical ResearchVol. 14
University Medical Center Freiburg (DE)
Openalex Percentile: Top 70%
Electronic Health Records Systems
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