Paul Rivaud

The paper identifies a noise-driven differentiation switch mechanism that controls cell type diversity in neural progenitor cells through combinatorial signaling inputs.

The paper maps the single-cell transcriptome of human fetal gonads to define somatic cell lineage specification during development.

PopAlign identifies subpopulations and tracks gene expression changes in heterogeneous cell mixtures across drug and disease conditions.

The paper shows that signaling environments can control the diversity of neural progenitor cell populations in culture using single-cell RNA-seq and computational analysis.