Pierre Nassoy

This paper develops a microfluidic platform to generate 3D lymphatic endothelium from primary human cells, showing long-term viability and functional properties.

This study shows that iPSC-derived epithelial cortinoids use reversible cytoskeletal instabilities to withstand large deformations during morphogenesis.

The paper develops 3D mammary duct models of healthy and tumoral tissues using a microfluidic co-extrusion platform to better mimic breast tissue architecture and function.

This paper develops a collagen-based gut-on-chip to model intestinal barrier function and host-pathogen interactions, showing successful cell differentiation and infection replication.

The paper introduces an imaging platform for long-term monitoring of multi-cellular assemblies in an incubator, demonstrating its use with hiPSCs and yeast cells.

This paper introduces a drop millifluidic system to screen and sort multicellular aggregates by pheno-morphological traits, enabling efficient analysis for drug testing.

The paper introduces a bronchioid model using human bronchial stem cells in an alginate scaffold to mimic distal airway structure and function, showing ciliary activity and pathophysiological features.

The paper develops an agent-based model to predict tumor spheroid growth under mechanical stress across different conditions and cell lines.

This study shows that Cav3 mutations in human dystrophic myotubes impair caveolae function, leading to defective mechanoprotection and aberrant IL6/STAT3 signaling.