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衣晓峰)哈尔滨工业大学机电学院潘昀路教授团队在可穿戴健康监测研究领域取得进展,开发出一种可以在人体汗液样本中检测炎症细胞因子的场效应管传感器,为人体免疫反应的无创检测提供了技术支撑。相关成果以《具备汗液自动收集能力的柔性可重复使用纳米传感器,用于炎症风暴标记物检...","thumb":"","extend_content":"","toptitle_color":"","title_color":"","subtitle_color":"","url":"2024\/0905\/497436.html"},{"id":497435,"catid":3,"update_time":1725498870,"title":"研究发现细菌细胞会将“记忆”传递给后代","img":"","description":"据新华社北京9月2日电 美国一项新研究发现,细菌细胞能够“记住”自己和周围环境的短暂变化,并会将这些变化的“记忆”传递给其后代。这一发现可用于新的医学应用。\r细菌生物学的一个核心假设是,可遗传的物理特征主要由脱氧核糖核酸(DNA)决定。然而,从复杂系统的角度来看,信息也可以存储...","thumb":"","extend_content":"","toptitle_color":"","title_color":"","subtitle_color":"","url":"2024\/0905\/497435.html"},{"id":497434,"catid":3,"update_time":1725498785,"title":"自然杀伤细胞攻击癌细胞机制获揭示","img":"","description":"据新华社北京9月4日电 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新发表在美国《新英格兰医学杂志》的研究文章显示,通过在渐冻症患者大脑中植入脑机接口设备,并将脑信号解码转换成语音,可成功让其重新“说话”。这一新系统的开发或可帮助因罹患神经系统疾病而致语言能力受损的人恢复交流能力。\r渐冻症医学名称为肌萎缩侧索硬化症,是...","thumb":"","extend_content":"","toptitle_color":"","title_color":"","subtitle_color":"","url":"2024\/0822\/497143.html"},{"id":497142,"catid":3,"update_time":1724308002,"title":"纳米材料或可预防肿瘤转移","img":"","description":"本报讯 (通讯员蔡青锦 李春梅 特约记者熊学莉)肿瘤转移是癌症患者死亡的主要原因,科学家们一直在寻找有效预防肿瘤转移的方法。陆军军医大学新桥医院泌尿外科主任郑霁团队联合陆军军医大学西南医院烧伤科邓君教授,总结了近年来纳米材料通过阻断转移过程来预防肿瘤转移的策略,讨论了纳米材料在预...","thumb":"","extend_content":"","toptitle_color":"","title_color":"","subtitle_color":"","url":"2024\/0822\/497142.html"},{"id":497023,"catid":3,"update_time":1723776083,"title":"系列医药创新产品和研发成果将首发","img":"","description":"本报讯(记者 崔芳 实习生 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