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中文(ZH) 腾讯AI虚拟细胞算法登《Cell》主刊,系国内首次

Tencent AI virtual cell algorithm published in Cell journal

Tencent's life sciences lab, in collaboration with Central South University, has published a novel AI virtual cell algorithm called UniPert–G2CP in the journal Cell. This algorithm uniquely maps gene and chemical drug perturbations into a unified semantic space, addressing the challenge of predicting cellular responses to combined treatments. The core UniPert module is open-source, and the G2CP approach utilizes transfer learning, pre-training on gene screening data and fine-tuning with chemical screening data. The research involved extensive data across multiple cancer cell lines and successfully validated its predictions and mechanistic explanations in ESR1 endocrine resistance cases. AI

IMPACT This research advances AI's application in drug discovery and personalized medicine by enabling more accurate prediction of cellular responses to combined genetic and chemical interventions.

RANK_REASON Publication of an AI algorithm in a high-impact academic journal. [lever_c_demoted from research: ic=1 ai=1.0]

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Tencent AI virtual cell algorithm published in Cell journal

COVERAGE [1]

  1. 36氪 (36Kr) TIER_1 中文(ZH) ·

    Tencent AI Virtual Cell Algorithm Published in Cell Main Issue, First Time for China

    36氪获悉,近日,腾讯生命科学实验室与中南大学联合研究成果《UniPert–G2CP》发表于国际学术期刊《Cell》主刊,系国内首个在该刊发表的AI虚拟细胞研究。该算法首次将基因扰动与化学药物扰动映射至统一语义空间,解决"化学扰动×细胞特异性响应"难题。核心模块UniPert已开源,G2CP采用基因筛选数据预训练、化学筛选数据微调的迁移学习策略。研究覆盖4994个基因、7860个化合物和5种癌症细胞系,并在ESR1内分泌耐药案例中完成从预测到机制解释的闭环验证。