• Highlights

    Researchers from SCELSE and NTU School of Biological Sciences identify pathway that can be targeted to prevent chronic infections caused by bacterial pathogen

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  • Highlights

    SCELSE researchers demonstrate phosphorus removal from waste water in tropical climate

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  • Highlights

    Interspecific and intraspecific diversity are functionally substitutable in mixed-species biofilms

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  • Highlights

    SCELSE researchers find that different quorum sensing organisms respond differently to nanomaterials

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  • Highlights

    SCELSE undergrad wins prize at top international research academy

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SCELSE's Interactive Research Fields
Environmental Engineering
Understanding microbial communities in engineered and environmental settings and provide translational outcomes for harnessing of biochemical transformation processes in several key systems.
Meta-'omics & Microbiomes
The development and application of cutting edge, high resolution, ‘omics, and analytical technologies to understand microbial communities and microbiomes in natural or engineered systems to the level where informed control can be applied.
Microbial Biofilms
Unravelling the mechanisms behind biofilm establishment, development, structure and function to understand and control key aspects of biofilm biology in all settings.
Public Health & Medical Biofilms
Understanding the basis for biofilms as agents for microbial infections, concealment in the environment and the development of pathogen resistance, to create sustainable control technologies that target biofilm-specific traits.