Zheng Quan Ri Bao Wang·2025-10-12 13:21Core Insights - The collaboration between Guangzhou Jinyu Medical, Tencent, and Guangzhou Medical University aims to develop an AI model called DeepGEM for predicting gene mutations in tumor patients using conventional pathological images [1][5][6] - The DeepGEM model has shown promising results in accurately predicting lung cancer gene mutations, achieving a precision rate between 78% and 99% [2][3] - The partnership is expected to enhance the clinical application of DeepGEM and expand its capabilities to other cancer types, integrating various omics data for a comprehensive diagnostic approach [6] Group 1: Development of DeepGEM Model - The DeepGEM model was developed by a team from Guangzhou Medical University and Tencent, utilizing AI to predict lung cancer gene mutations from pathological images [2][3] - The model can process different types of biopsy samples and generate spatial distribution maps of gene mutations, enhancing the understanding of mutation patterns within tissues [3][4] - The model's performance has been validated with a large dataset from Jinyu Medical, covering 4,260 lung cancer patient samples across various medical institutions [4] Group 2: Clinical Implications and Future Directions - The collaboration aims to provide timely and cost-effective gene diagnostics, especially for patients in resource-limited areas, by combining AI screening with targeted gene confirmation [3][6] - The successful deployment of DeepGEM at Jinyu Medical marks a significant milestone in the exploration of multi-modal AI models for pathology and genetics [6] - Jinyu Medical's extensive data repository and commitment to integrating AI in medical testing are expected to lead to advancements in diagnosing not only tumors but also rare and complex diseases [5][6]