NSCC’s supercomputer help analyse the Asian skin microbiome in order to develop products to improve skin treatments and maintain skin health.
Our skin harbours a complex microbial community that includes bacteria, fungi and viruses. Many of these organisms play critical roles in maintaining skin health and are the cause of many inflammatory skin diseases such as atopic dermatitis and psoriasis, dandruff and seborrheic dermatitis, as well as malodour and diaper rash. Therefore, it is important to understand the microbial composition to develop better skin treatments and improve skin health.
However, technological identification and product development face substantial challenges due to a lack of foundational knowledge and tools. These challenges include the definition of what constitutes healthy Asian skin microbiome; adequate knowledge of its functional role in skin inflammation/homeostasis to enable rational material identification and product design; and how the efficacy of treatments can be demonstrated to support IP disclosures and claims.
A team of researchers at the Asian Skin Microbiome Programme (ASMP) at A*STAR aims to address these critical unmet needs by delivering an integrated platform of assets and technologies which generate new functional understanding of the skin microbiome and can be flexibly employed by companies for their research and clinical needs.
The team is leveraging on NSCC’s supercomputing resources to establish the skin microbiome signatures of the Asian population and to innovate technologies
to investigate this data in order to enable rational modulation of skin microbes and provide opportunities for the development of clinical interventions.
To find out more about the NSCC’s HPC resources and how you can tap on them, please contact [email protected].
NSCC NewsBytes January 2021
Other Case Studies
Safely using hydrogen as a fuel
NUS researchers leveraging supercomputing to explore hydrogen combustion inhibition methods in order to prevent hazards from occurring. In recent years, hydrogen fuel has...
Peeking into the lenses of tropical jumping spiders
Researchers at NUS are tapping HPC resources to gain a deeper understanding on the visual systems of jumping spiders in order to discover how species adapt and diversify. Visual...
Harnessing supercomputers to correct quantum errors
Researchers at SUTD and Yale-NUS are tapping HPC resources to study the occurrence of errors in quantum computations and devise models to better correct errors. A quantum...