Pierre Philippe Laissue

This paper develops a cell-based immune checkpoint therapy using MSCs to deliver a high-affinity sPD1 variant, showing anti-tumour activity in a mouse model.

This study analyzes C. albicans biofilm formation using multiscale fluorescence microscopy and introduces new quantification methods to understand growth dynamics and environmental influences.

This paper develops engineered yeast biofilms that deliver PET-degrading enzymes directly to substrates, demonstrating a proof-of-principle for biofilm-based bioremediation without enzyme purification.

This study shows RSK2 and RSK4 promote prostate cancer proliferation through distinct mechanisms, both dependent and independent of androgen signaling.

The paper develops a modified biosensor to distinguish subcellular accumulation of H2O2 and lipid hydroperoxides in plant cells under stress.

The paper develops a light-sheet illumination technique for live imaging of photosensitive corals, revealing light-induced polyp retraction and tissue rupture.