I completed my PhD in Bioengineering at UC San Diego, working in Jeff Hasty's lab. My research journey has been focused on synthetic biology, particularly on unraveling the complexities of bacterial dynamics at various levels: the single cell, the population, and the community.
My approach to research results from a blend of molecular biology, engineering approaches, mathematical modelling and computational analysis. Currently, I'm leading exciting projects at Bloom Science as the lead Synthetic Biologist. Here, I'm spearheading the development of innovative engineered bacterial therapies which leverage the gut-brain axis to treat a wide range of neurological diseases.
Lead Synthetic Biology Scientist, Bloom Science Inc., San Diego, Present
Ph.D., University of California San Diego, USA, 2022
B.Eng and M.Eng., Imperial College London, UK, 2018
Research Interests
Synthetic Biology, System Biology, Microbiome engineering, Genetic circuit design, Mathematic modelling
Engineer novel functions to control cellular dynamics at the single cell, population and community level.
Design microfluidics chips to control and visualize bacterial dynamics
Develop bioinformatics pipelines to analyse complex temporal gene expression data.
Engineer model and non-model commensal gut bacteria to create microbiome based therapies that levarage the gut-brain axis