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NEWS & UPDATES
The People's Daily interviewed our research group and reported on our developed rapid drug sensitivity testing project as a typical example of innovation in Hong Kong's universities.
The People's Daily interviewed our research group and reported on our developed rapid drug sensitivity testing project as a typical example of innovation in Hong Kong's universities laying out their presence in the Greater Bay Area. News reports released: More details: https://www.peopleapp.com/column/30052485344-500007564211 https://www.hubpd.com/#/detail?contentId=5476377146888013139
Prof. Ren Kangning was interviewed by Central Radio and Television Station's Bay Area Voice to introduce the team's innovations in antibiotic sensitivity testing.
Prof. Ren Kangning was interviewed by Central Radio and Television Station's Bay Area Voice to introduce the team's innovations in antibiotic sensitivity testing. The interview was aired on June 13 on CCTV's Bay Area Voice and Hong Kong Voice's "Innovation Dream Workshop(科创梦工场)." More details: https://ytweb.radio.cn/share/albumPlay?correlateId=3317347&columnId=15706068580008&appUuid=561CAAA7-07C8-4D41-B8F2-B100D18C8881&appUserid=xFWTu5KL9446FDAo1ur%2Fww%3D%3D
Hong Kong Baptist University Qianhai Institute for Technology, Innovation, and Entrepreneurship was inaugurated. Dr. Chan Chiu-wing, our research group member, was invited to deliver a keynote speech.
The Hong Kong Baptist University Qianhai Institute for Technology, Innovation, and Entrepreneurship was opened, with funding support for establishing an artificial intelligence life health R&D center. Our research group signed a strategic cooperation memoradum with Shenzhen Kehua Huijian Technology Co., Ltd. and Shenzhen Bangqin Venture Investment Management Co., Ltd. Dr. Chan Chiu-wing, a member of our research group, was invited to deliver a keynote speech at the opening ce
We published "Transforming Fragile Hydrogel Chips Into Standardized Cartridges via Contact Line Pinning for Robust Microfluidics" in Small
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
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 with the Guangdong Pharmaceutical Association and Shenzhen Hailife company.
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.
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