The first annual meeting of the Biophysical Society of China Mechanobiology Division was held in Guiyang from April 17 to 19, 2026. Organized by the Mechanobiology Division and Guizhou Medical University, the event was themed "Mechanobiology Coupling: Empowering Health." It gathered over 300 researchers from across China, representing universities, research institutes, hospitals, and enterprises, with more than 170 abstracts submitted.

This national academic event highlighted the dynamic progress and cutting-edge advancements in China's mechanobiology field. Over 60 renowned experts and young scholars delivered insightful presentations. The opening ceremony was led by Professor Feng Xiqiao of Tsinghua University, president of the division, who emphasized the importance of interdisciplinary collaboration among mechanics, physics, biology, medicine, and engineering. He encouraged attendees to use the conference as a platform for deep exchanges and consensus-building to advance mechanobiology research in China.

Professor Jiang Zonglai from Shanghai Jiao Tong University, a distinguished guest, discussed the development of mechanobiology in China and encouraged young scholars to innovate and contribute to the field. Professor Tang Lei, secretary of Guizhou Medical University, welcomed participants and underscored the significance of mechanobiology in addressing major diseases and advancing regenerative medicine and tissue engineering.

The conference featured high-level presentations, including a keynote by Professor Feng on "Multiscale Dynamics of Cells," exploring the integration of biomechanics with artificial intelligence. Other notable talks covered liver regeneration, AI-driven medical innovations, and dendritic cell mechanobiology.

A special youth forum facilitated exchanges between senior experts and young scholars, fostering mentorship and collaboration. The meeting concluded with a summary by Researcher Lou Jizhong, reinforcing the commitment to advancing health initiatives in China and setting the stage for future developments in mechanobiology.