Trinity College Dublin

Project 1 - Automated Machine Learning Pipeline to classify cell behaviour and phenotype based on endogenous and exogenous biosensor probes readouts.

Trinity College Dublin

Project 2 - Coordinated measurement of FLIM photonics with electrophysiological measurements and stimulation

Ghent University

Project 3 - FLIM-assisted analysis of the intestinal organoid metabolism

Ghent University

Project 4 - Sensing and manipulating hypoxia with innovative biosensing and tissue engineering tools

Trinity College Dublin

Project 5 - Development of Isotropic lightsheet fluorescence lifetime imaging for 3D super-resolution

Ghent University

Project 6 - Rapid development of FRET sensors optimized for FLIM readouts of mechanobiological sensing and cellular response in imaging cancer

University of Tübingen

Project 7 - Hypoxia versus tissue stiffness in blood vessel disease

Polytechnic University of Milan

Project 8 - Computational prediction of the metabolic microenvironment in cancer models developed in vitro and ex ovo

University of Copenhagen

Project 9 - Mapping the O2 microenvironment, photosynthesis and respiratory activity in biofilms and 3D bioprinted constructs

Netherlands Cancer Institute

Project 10 - Pooled FLIM screening to efficiently elucidate cell signalling

Kings College London

Project 11 - Imaging mechanobiological sensing and cellular response in cancer

Kings College London

Project 12 - Development of Isotropic lightsheet fluorescence lifetime imaging for 3D super-resolution