Revolutionizing Diagnosis with Traceable Reasoning
China’s DeepRare AI Sets Record in Disease Diagnosis
Shanghai Jiao Tong University researchers unveil an agentic system with traceable reasoning for rare conditions.

A doctor reviews a DeepRare AI diagnostic report on a digital tablet in a high-tech medical office. The screen displays genetic data and clinical evidence chains.
Photo: Avantgarde News
A joint research team from Shanghai Jiao Tong University has unveiled DeepRare, an AI-powered system that sets a global record for diagnostic accuracy in identifying rare diseases [1][2]. The system utilizes an "agentic" architecture to analyze clinical phenotypes and genetic data through a traceable reasoning process [2][3]. Testing showed that DeepRare achieved 57.18 percent accuracy using only clinical information, a significant improvement over previous international models [1]. When genetic sequencing was included, accuracy rose to over 70.6 percent, outperforming expert physicians in head-to-head evaluations [2][3]. Unlike traditional "black-box" AI, DeepRare provides a clear evidence chain for every conclusion, allowing clinicians to verify its logic [1][3]. The system is already in use by over 1,000 professionals across 600 medical institutions worldwide [1].
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