Laurent Kodjabachian

This study identifies CSPP1 as a conserved regulator of multiciliogenesis and motile cilia function in vertebrates, showing its role in centriole amplification, basal body migration, and ciliary structure and function.

The paper investigates how ciliary flows in Xenopus embryos protect against pathogens, showing robustness in pathogen clearance despite variations in MCC distribution.

This study generates a stable MCC line to profile proteome dynamics during differentiation, identifying CDK7 as a critical regulator in Xenopus and human systems.

This study identifies Lrrcc1 and Ccdc61 as essential components of basal bodies in multiciliated cells, showing their role in ciliary function and fluid flow in Xenopus embryos.

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