PhD, Karuna Sampath lab, Temasek Life Sciences Laboratory, Singapore.
Post doctoral: Stefan Schulte-Merker lab in Hubrecht Institue in Utrecht, the Netherlands.
Current project: ALS in zebrafish.
PhD, Dr. Georges Lutfalla lab, University of Montpellier, France (2016).
PhD project: Host-pathogen interactions, specifically in the notochord of zebrafish larvae.
Current project: Bone development using Medaka and Zebrafish as models.
PhD, Christoph Winkler lab, National University of Singapore, Singapore (2020).
Current project: Lineage tracing analysis of osteoblasts during fin regeneration using a Medaka model.
PhD (Neuroscience), University of Edinburgh, UK (2019).
Current project: Investigating the role of novel genes in bone development using the medaka osteoporosis model. Generation and characterisation loss-of-function mutant medaka for these genes.
BSc. (Hons) Horticultural Gardening, Jilin University, China (2017).
PhD project: Characterization of genes that might play a role in the medaka bone osteoporosis model.
BSc. (Hons) Marine Sciences, Sun Yat-sen University, China (2017).
PhD project: Studying the role of midkine in tissue patterning using zebrafish as a model.
BSc. (Hons) Life Sciences, National University of Singapore, Singapore (2018).
PhD project: Identifying candidate genes involved in the maintenance of pre-synaptic nerve endings in SMN-deficient motor neurons in zfsmnA6T mutant, a Zebrafish model for SMA Type II disease.
BSc. (Hons) in Life Sciences, Minor in Public Health, National University of Singapore, Singapore (2018).
MSc. project: Generation of a suitable zebrafish mutant model to emulate the Type II Spinal Muscular Atrophy (SMA) in humans and analysing Schwann cell defects in a zebrafish model for SMA.
BSc. in Medical Science, University of New South Wales (2017).
GradDip in Molecular Biology University of New South Wales (2019).
MSc. project: Analysis of axonal transport in a zebrafish model for Spinal Muscular Atrophy.