MetaGP: A generative foundation model integrating electronic health records and multimodal imaging for addressing unmet clinical needs.
Liu F., Zhou H., Wang K., Yu Y., Gao Y., Sun Z., Liu S., Sun S., Zou Z., Li Z., Li B., Miao H., Liu Y., Hou T., Fok M., Patil NG., Xue K., Li T., Oermann E., Yin Y., Duan L., Qu J., Huang X., Jin S., Zhang K.
Artificial intelligence makes strides in specialized diagnostics but faces challenges in complex clinical scenarios, such as rare disease diagnosis and emergency condition identification. To address these limitations, we develop Meta General Practitioner (MetaGP), a 32-billion-parameter generative foundation model trained on extensive datasets, including over 8 million electronic health records, biomedical literature, and medical textbooks. MetaGP demonstrates robust diagnostic capabilities, achieving accuracy comparable to experienced clinicians. In rare disease cases, it achieves an average diagnostic score of 1.57, surpassing GPT-4's 0.93. For emergency conditions, it improves diagnostic accuracy for junior and mid-level clinicians by 53% and 46%, respectively. MetaGP also excels in generating medical imaging reports, producing high-quality outputs for chest X-rays and computed tomography, often rated comparable to or superior to physician-authored reports. These findings highlight MetaGP's potential to transform clinical decision-making across diverse medical contexts.