Anne Helene Monsoro-Burq

This study identifies miR-219 as a regulator of neural crest development in Xenopus by showing its role in neural border specification and gene expression modulation.

The paper describes an optimized spatial transcriptomics workflow for Xenopus embryos, enabling high-resolution gene expression mapping across developmental stages.

This study identifies miR-196a as a regulator of neural crest development in Xenopus embryos by repressing immature neural ectoderm programs and promoting neural crest and neuron differentiation.

This study shows PFKFB4 has different effects on melanoma progression in two cell lines, reducing invasion in MeWo cells and tumor growth in A375P cells.

This study identifies Prdm12's role in regulating cranial neural crest migration through non-canonical WNT signaling and N-cadherin localization in Xenopus laevis.

This paper updates a single-cell transcriptomic atlas of Xenopus embryos, improving gene mapping, read counts, and cell type nomenclature while uncovering new transcription features in germ cells.

scEvoNet predicts cell state evolution by analyzing scRNA-seq data to identify genes involved in evolutionary divergence or co-option across species or cancer datasets.

The paper maps the molecular timeline and regulatory networks driving neural crest emergence in Xenopus tropicalis using single-cell transcriptomics and machine learning.

This study identifies FHL3 as a scaffold protein that enhances BMP signaling and facilitates cross-talk with WNT signaling to coordinate neural crest formation during embryonic development.

This study identifies PFKFB4's role in regulating Akt signaling and glycolysis to control neural crest specification and migration.