Core Viewpoint - The BCEIA 2025 conference, held in Beijing, featured a microfluidics analysis forum that attracted nearly a hundred participants for discussions and presentations on advanced analytical techniques and technologies in the field [2][3]. Forum Overview - The forum was co-hosted by Professor Lin Jinming from Tsinghua University and Professor Kazuma Mawatari from Waseda University, featuring 22 experts from both domestic and international backgrounds who delivered insightful reports [5]. Key Presentations - **Kazuma Mawatari's Report**: Introduced an AI-based concentration device and sensor for microfluidics, addressing the gap between sample volume and analysis volume, and presented a method for converting milliliters to nanoliters [7][8]. - **Mao Sifeng's Report**: Discussed an inclined push-pull probe for in situ cell staining and calcium channel activation, highlighting its advantages over traditional vertical probes in terms of integration and optical imaging [10]. - **Seong Ho Kang's Report**: Presented a multifunctional optical nanoscopy system for super-resolution imaging and tracking in live cells, capable of real-time monitoring of intracellular transport without relying on fluorescence [11]. - **Chen Qiushui's Report**: Focused on on-chip measurement of biological radiation damage in X-ray imaging, showcasing advancements in nanocrystal scintillators for low-dose, high-sensitivity X-ray imaging [14]. - **Multi-Organ-on-a-Chip System**: Introduced a new integrated multi-organ system for assessing prodrug efficacy and toxicity, emphasizing its dual analysis capabilities and potential applications in drug development [15]. - **Wu Zengnan's Report**: Explored open aerosol microfluidics for compartmentalized functionalization of hydrogel particles, demonstrating the potential for customized applications in tissue engineering and drug screening [18]. Networking and Sponsorship - The microfluidics analysis forum was sponsored by Beijing Hongxin Future Technology Co., Ltd., providing a platform for further learning and networking opportunities [20].