Designing of surfaces that can disrupt or improve bacterial colonization through the understanding of interactions between bacteria and various surfaces on biofilm development.
Manipulation or establishment of bacterial communities for functional applications.
Development of biofilm based sensors to detect environmental biofilm presence and growth in real-time.
State-of-the-art assessment tools and technologies aim to allow efficient biofilm-feature related data acquisitions, and improve existing data analysis pipelines for large research datasets.
March 6, 2025
Marine fouling poses significant operational and economic...
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Join us for the upcoming workshop, Microbial...
Learn MoreMarch 6, 2025
Marine fouling poses significant operational and economic challenges, from reducing vessel efficiency to compromising underwater structures, yet traditional antifouling methods face growing...
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Join us for the upcoming workshop, Microbial Communities - The Science and Translational Perspectives, where we’ll explore the latest breakthroughs in building...
Learn MoreAugust 15, 2024
"Opportunities in Agri-and Aquaculture Microbiome" is hosted by Singapore National Biofilm Consortium (SNBC), Innovation Partner for Impact(IPI), Centre for Sustainable Development, Newcastle...
Learn MoreJuly 4, 2024
We are excited to invite you to an insightful event, "Strategies for Successful Technology Translations," hosted by Singapore National Biofilm Consortium (SNBC),...
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