Pioneering the next frontier of microfluidics to decode biology at scale.
Join us to help explore biology at the intersection of microfluidics and engineering.
In our lab, we push the boundaries of high-throughput droplet microfluidics to uncover the rules and hidden complexities of life.
We accelerate enzyme discovery by mapping sequence-function relationships at unprecedented scale, unlocking new catalytic tools for biotechnology and medicine.
By harnessing single-cell imaging, we reveal the dynamic interplay between bacteria and antimicrobial agents such as bacteriophages, shedding light on complex interactions and enabling rapid isolation of potential future therapeutics.
Through disease modeling, using assembloids and hydrogel-encapsulated cells, we recreate physiological microenvironments to study embryo development and neural tissue.
