A scoping review of large language model based approaches for information extraction from radiology reports

Систематический обзор подходов на основе больших языковых моделей для извлечения информации из радиологических заключений
Henning Müller, Kerstin Denecke, Daniel Reichenpfader
2024-08-24

information extractionlarge language modelsnatural language processingradiology reportsscoping review
Radiological imaging is a globally prevalent diagnostic method, yet the free text contained in radiology reports is not frequently used for secondary purposes. Natural Language Processing can provide structured data retrieved from these reports. This paper provides a summary of the current state of research on Large Language Model (LLM) based approaches for information extraction (IE) from radiology reports. We conduct a scoping review that follows the PRISMA-ScR guideline. Queries of five databases were conducted on August 1st 2023. Among the 34 studies that met inclusion criteria, only pre-transformer and encoder-based models are described. External validation shows a general performance decrease, although LLMs might improve generalizability of IE approaches. Reports related to CT and MRI examinations, as well as thoracic reports, prevail. Most common challenges reported are missing validation on external data and augmentation of the described methods. Different reporting granularities affect the comparability and transparency of approaches.
1
A PRISMA-ScR scoping review identified 34 studies on large language model-based information extraction from radiology reports.
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Common limitations included missing external validation, insufficient method augmentation, and inconsistent reporting granularity that hindered comparison and transparency.
3
External validation generally reduced performance, although large language models may improve the generalizability of information-extraction approaches.
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Research predominantly addressed CT and MRI reports, with thoracic radiology reports being especially common.
5
The reviewed literature described only pre-transformer and encoder-based models, indicating limited coverage of newer transformer architectures as of August 2023.

large language model-based information extraction approaches applied to radiology reports

the current research landscape, performance, generalizability, validation, and reporting comparability of these approaches

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2024-08-24
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Authors
Henning Müller
Kerstin Denecke
Daniel Reichenpfader
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