Using single cell analyses to understand viruses
Our lab is fascinated with the vast heterogeneity presented by seemingly identical cells during all stages of viral infection. Our previous work, as well as that of many others, have shown extreme cell-to-cell variability among infected cells in the the timing and level of viral gene expression and the number of progeny they produce.
We aim to uncover the molecular determinants of viral infection outcome, a fundamental question in Virology and Cell Biology, the answer to which will allow the rational design of new anti-viral therapies. The research in the lab focuses on interrogating virus-host interactions at the single cell level, by combining viral genetics, single-cell RNA-sequencing, live-cell imaging and machine learning, using Herpes Simplex virus 1 (HSV-1) as our main model system. We are also interested in antiviral drug development against multiple viral families.
For more details about (some) of our on-going projects check “Research Projects“.
