Raphaël Clément

This study identifies a local regulatory mechanism that drives spatial segregation of cancer stem cells in tumors and shows how it constrains their differentiation dynamics.

This study shows that Trichoplax reorients its ciliary basal bodies rapidly in response to mechanical stimuli, requiring Ca2+ and revealing a new mechanism for directional motility in metazoans.

This study characterizes wing deployment in Drosophila melanogaster using imaging and computational modeling, revealing macroscopic and microscopic structural changes and hemolymph flow dynamics.

This study identifies RhoA and RanGTP-dependent forces that drive symmetry breaking and spindle rotation in mouse oocytes during meiosis.

The paper shows that the Frl/Fmnl formin nucleates a persistent actin network in Drosophila epithelial cells, which regulates tissue deformability during morphogenesis.

The paper shows how the SCF/KIT pathway enables self-organised epithelial patterning through cell movement and interactions in Xenopus embryos.

This study identifies how the antagonistic RNA-binding proteins Imp and Syncrip drive tumor hierarchy in Drosophila neuro-developmental tumors through deregulated transitions during development.

The paper shows that dissipation stabilizes cell shape changes during tissue morphogenesis by analyzing Myosin II activity in Drosophila embryos.