Jean Livet

The paper identifies and characterizes intercellular connections in the developing cerebellum, suggesting a potential new mode of communication during neural development.

This study identifies Her9's role in maintaining hindbrain boundary cells as proliferative progenitors by inhibiting neurogenesis and promoting symmetric divisions.

The paper shows astrocytes release ATP spontaneously and non-vesicularly, affecting hundreds of synapses without requiring calcium.

The paper identifies the origin, fate, and clonal contribution of endocardial progenitors to the development of the cardiac mitral valve using single-cell RNA sequencing and genetic tracing in mice.

The paper introduces nAdder, a 3D scale metric for analyzing neuronal traces, providing a new way to describe and compare axonal and dendritic complexity.

The paper traces neuromuscular connectivity in mice across development, revealing that synaptic pruning follows a global activity-based ordering rule.

This paper introduces a genetic switch called iOn that enables the identification of genomic integration events by triggering gene expression upon insertion, improving transgenesis in stem cells and model organisms.