Research theme

Live single-cell biochemistry and systems microscopy

We develop and use live-cell imaging, optogenetics, biophotonics, modelling, and analysis methods to measure biochemical networks in individual cells as decisions unfold.

LEGO-like systems microscopy concept showing optogenetic blocks, FRET biosensors, and optical readouts

Optogenetics palette and fluorescent biosensor concept

OptogeneticsProtein biosensors and optically controlled tools for measuring and perturbing biochemical networks in living cells.

Laboratory microscopy and biophotonics workspace

BiophotonicsMicroscopy, detector engineering, and data analysis methods for quantitative single-cell measurements.

Computational modelling, imaging, and biological network concept

Theory and modellingMathematical and computational frameworks for interpreting imaging data and dynamic biological systems.