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Healthcare NLP Blog

We developed and evaluated an AI chatbot that provides reliable menopause information based on trusted, peer-reviewed sources, such as medical guidelines and position statements from The Menopause Society (TMS).The chatbot was created using retrieval augmented generation (RAG) to enhance response accuracy by incorporating relevant content from TMS position statements. The chatbot was evaluated (1-lowest, 5-highest) for faithfulness to TMS content, relevance, potential harmfulness, and clinical correctness over a diverse range of test inputs. The evaluation was conducted both automatically and manually by clinicians, with scores averaged across criteria. The chatbot demonstrated high faithfulness (average score 4.43) and relevance (4.59), with a 95% faithfulness score in automated claims analysis. Clinical correctness scored 4.44, and potential harmfulness was minimal (4.93). Our chatbot shows promise for clinical use due to high accuracy and low harm risk, but further research is required to build additional guardrails and to support the integration of other types of trusted, peer-reviewed documents.

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We developed and evaluated an AI chatbot that provides reliable menopause information based on trusted, peer-reviewed sources, such as medical guidelines and position statements from The Menopause Society (TMS). The...

This presentation and talk will provide a review on the different applications of machine learning in neurosurgery. First I plan on discussing the multifaceted use of convolutional neural networks in...

This talk shares key findings, learnings, and a demo from developing AyurGPT, a large language model specialized for medicine consultations on Ayurveda, the traditional Hindu system of medicine. This LLM...

Patient education is a crucial aspect of healthcare, but traditional methods often fail to account for individual differences in literacy and comprehension. Recent advances in natural language processing offer a...

Purpose: The aim of this study is to develop a novel method for automated generation of radiology reports utilizing radiologist impression texts. By leveraging advanced natural language processing techniques, we...