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Nat. Commun. | Latest Achievement from Professor Song Yujun’s Team at Nanjing University’s School of Biomedical Engineering: A Tumor Microfluidic Chip Detects Bacterial Infection via Cellular Mechanics
From StemCell科学观想 During cancer progression, tumor-resident bacteria have been shown to reduce cell stiffness by remodeling the host cell’s actin cytoskeleton, thereby endowing circulating tumor cells
Sci. Adv. | Nanjing University’s School of Biomedical Engineering Hu Yong and collaborators develop a novel hydrogel for enhanced anti-tumor immunotherapy
Tertiary lymphoid structure (TLS)-inducing agents, when distributed non-specifically, may trigger autoimmune diseases. On January 9, 2026, Hu Yong from Nanjing University, Zhao Wei from Nanjing Medica
Nanjing University School of Biomedical Engineering Officially Launched
On December 19, 2025, Nanjing University held the Grand Conference on the Integrated Development of Scientific and Industrial Innovation at its Suzhou Campus. During the event, the School of Biomedica
The Biomedical Engineering Session of the 13th Chengyao Young Scholars Forum of Nanjing University Was Successfully Held
On the morning of December 27, 2025, the Biomedical Engineering Session of the 13th Chengyao Young Scholars Forum of Nanjing University was successfully held at the Suzhou Campus. Outstanding young sc
Nat. Commun. | Latest Achievement from Professor Song Yujun’s Team at Nanjing University’s School of Biomedical Engineering: A Tumor Microfluidic Chip Detects Bacterial Infection via Cellular Mechanics
2026-02-06
Sci. Adv. | Nanjing University’s School of Biomedical Engineering Hu Yong and collaborators develop a novel hydrogel for enhanced anti-tumor immunotherapy
2026-02-06
Led by Academician Zheng Hairong, Nanjing University Launches New Engineering School: Building a “15th Five-Year Plan” Innovation Hub for Brain-Computer Interfaces and Medical-Engineering Convergence
2026-02-02
Nanjing University School of Biomedical Engineering Officially Launched
2025-12-19
Sci. Adv. | Nanjing University’s School of Biomedical Engineering Hu Yong and collaborators develop a novel hydrogel for enhanced anti-tumor immunotherapy
Tertiary lymphoid structure (TLS)-inducing agents, when distributed non-specifically, may trigger autoimmune diseases. On January 9, 2026, Hu Yong from Nanjing University, Zhao Wei from Nanjing Medica
2026-02-06
Nat. Commun. | Latest Achievement from Professor Song Yujun’s Team at Nanjing University’s School of Biomedical Engineering: A Tumor Microfluidic Chip Detects Bacterial Infection via Cellular Mechanics
2026-02-06
Sci. Adv. | Nanjing University’s School of Biomedical Engineering Hu Yong and collaborators develop a novel hydrogel for enhanced anti-tumor immunotherapy
Tertiary lymphoid structure (TLS)-inducing agents, when distributed non-specifically, may trigger autoimmune diseases. On January 9, 2026, Hu Yong from Nanjing University, Zhao Wei from Nanjing Medica
2026-02-06
Nat. Commun. | Latest Achievement from Professor Song Yujun’s Team at Nanjing University’s School of Biomedical Engineering: A Tumor Microfluidic Chip Detects Bacterial Infection via Cellular Mechanics
From StemCell科学观想 During cancer progression, tumor-resident bacteria have been shown to reduce cell stiffness by remodeling the host cell’s actin cytoskeleton, thereby endowing circulating tumor cells
2026-02-06
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