中国科学家利用人工智能和灵长类模型绘制了早期人类发展图(第14天至第28天),推进生育和出生缺陷研究。 Chinese scientists mapped early human development (days 14–28) using AI and primate models, advancing fertility and birth defect research.

中国科学家绘制了人类早期胚胎发育图,在14天到28天之间,这是一个以前无法进入的阶段,使用灵长类模型、空间记录仪和AI来创建3D数字模型。 Chinese scientists have mapped early human embryonic development between days 14 and 28, a previously inaccessible phase, using primate models, spatial transcriptomics, and AI to create a 3D digital model. 该小组获得2025年杰出科学和技术成就奖,克服了研究器官形成和胎盘开发的道德和技术障碍。 The team, awarded the 2025 Outstanding Science and Technology Achievement Prize, overcame ethical and technical barriers to study organ formation and placental development. 他们开发了干细胞模型,以模拟反复植入失败——大约15%的有生育能力的病人因此受到影响——并查明潜在的药物,以改善胚胎依附情况,推进对先天缺陷和个性化生殖医学的研究。 They developed stem cell-based models to simulate recurrent implantation failure—afflicting about 15% of fertility patients—and identified potential drugs to improve embryo attachment, advancing research in birth defects and personalized reproductive medicine.