OUR PARTNER R&D TEAMS
TRI-Genotoul relies on a group of research teams with complementary expertise, coming from regional academic laboratories.
These teams are developing innovative approaches in genetics, genomics, microbiology, microbial ecology and bioinformatics. By fostering interdisciplinary collaborations, TRI-Genotoul supports and benefits from both fundamental and applied instrument-related research linked to major scientific challenges.
Engineering for Life Sciences and Applications
Laurent Malaquin (DR2-CNRS)
3D bioprinted scaffolds to microfluidic culture chambers for real time and high-resolution biological imaging.
Micro-nanofluidics for life and environmental sciences
Morgan Delarue (CRCN-CNRS)
Development of microfluidic confining culture chambers to study the impact of spatial confinement in mechanobiology, and allowing a well-defined microenvironment.
Light Imaging Toulouse
Thomas Mangeat (IRHC-CNRS)
Design of super-resolution imaging and force nanoscopy systems for life sciences based on random patterns by modifying materials, biosensors, optical signals.
ANCHOR technology & NeoVirtech SAS
Kerstin Bystricky (Professor and Director MCD)
Genetic labelling technology to track DNA in real time at nanoscale resolution and understand physical principles underlying regulation of gene expression and DNA repair (ANCHOR technology - NeoVirtech SAS)
Oncorib - Ribosomes under Normal and Pathological Conditions
Pierre-Emmanuel Gleizes (Professeur, Université Toulouse III - Paul Sabatier)
Célia Plisson-Chastang (DR CNRS)
3D electron microscopy and correlative microscopy approaches at different scales, from single molecules to tissues.
Architecture and dynamics of phagocytes
Renaud Poincloux (CNRS IRHC)
Christel Vérollet (CRCN-INSERM)
Cutting-edge techniques in optical and electron imaging, materials science, cell mechanics and intravital imaging to elucidate the mechanisms of macrophage 3D migration.
PROTEOLYTIC GUT SIGNALS
Nathalie Vergnolle (Inserm Research Director)
High-throughput 3D imaging of live and fixed organoids for drug screening.
Blind Inverse Problems for Biological Imaging
Pierre Weiss (CNRS researcher)
Computational imaging: mathematical modelling and calibration of optical systems by a small dimensional family.