Singapore
Currently contributing to research at A*STAR Infectious Diseases Labs (IDL) on Chikungunya virus (CHIKV) infections, with a focus on age-specific variations in susceptibility. Work involves reviewing scientific literature, analyzing epidemiological and biological data, and gaining insights into experimental approaches, including immunological assays and host-virus interaction models. Pursuing a Bachelor of Science in Life Sciences at the National University of Singapore, as my Pre-Med degree. Previous research experience includes validating biomarkers in non-melanoma skin cancers at A*STAR Skin Research Labs (ASRL) and exploring protective mechanisms against photoaging and oxidative stress. Dedicated to advancing knowledge in the fields of health, safety, and biomedical sciences.
During my internship at A*STAR Infectious Diseases Labs (IDL), I am working on a research project investigating age-specific variations in susceptibility to Chikungunya virus (CHIKV) infections within the Vector-Borne Diseases domain. My work combines both analytical and laboratory exposure, where I review scientific literature and analyse epidemiological and biological data to understand how immune function, skin biology, and host–pathogen interactions differ across age groups. In parallel, I am gaining insights into experimental approaches used to study host–virus interactions at the skin level, including cell-based infection models, immunological assays, and emerging platforms such as skin organoids and skin-on-chip systems. Through this experience, I am developing a deeper understanding of infectious disease dynamics and contributing to research aimed at informing age-targeted diagnostics, prevention, and therapeutic strategies.
During my internship at A*STAR Skin Research Labs (ASRL), I am working under the supervision of Dr. Sophie Bellanger on a project titled "Validating BubR1 as a novel biomarker and therapeutic target in non-melanoma skin cancers." My role involves studying the role of nicotinamide (NAM) in regulating keratinocyte proliferation, differentiation, and senescence through metabolic pathways such as NAD⁺ synthesis. Engaging deeply with ongoing research involving 2D and 3D skin models, analyzing how NAM can protect against photoaging and oxidative stress by maintaining energy metabolism and enhancing DNA repair.