RenGroup

Figure 1 Abstract: Hydrogel-based microfluidic chips have gained significant attention in various fields, including drug delivery, tissue engineering, and biosensing. However, the practical implementation of hydrogel chips often faces challenges related to connection methods due to the inherent fragility and wet properties of hydrogels, which limit their broader applications as testing platforms. In this context, we present a novel approach to transform hydrogel chips into

Our review article featured as journal cover of Droplet. Cover description : Engineered topologies on surfaces with special wettability provide tailored functionalities and precise control over wetting and droplet behaviors, setting them apart from randomly structured surfaces. This review specifically addresses their critical durability challenges in real-world scenarios . It analyzes robust design principles and strategies to enhance longevity, providing a roadmap for sust

Our team was invited to attend an innovative technology seminar on drug concentration and resistance detection , where we introduced our research project and discussed potential collaborations with the Guangdong Pharmaceutical Association and Shenzhen Hailife company.

Prof. Kangning Ren was invited to deliver a keynote speech at 19th China International Food Safety & Quality Conference, Safer Food Healtheir Lives 2025 about " Rapid Antibiotic susceptibility Testing: A Potential New Dimension for Food Safety and One Health ".

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