Véronique Maguer‐Satta

This study shows that chronic exposure to nanoplastics PET and PS alters stem cell properties, enhancing self-renewal and invasiveness, and promotes cancer-like traits through distinct molecular mechanisms.

The paper shows that tunneling nanotubes (TNTs) transfer preneoplastic signals via BMP-dependent pathways in breast cells, promoting transformation in non-transformed cells.

This study identifies the BMP4-BMPR1A axis as a regulator of BRCA1 expression in mammary stem cells, contributing to tumor initiation and PARP inhibitor sensitivity in BLBC.

The paper models relaxation experiments using a mechanistic gene expression model with a proliferation term, showing good agreement with experimental data on CD34 antigen distribution.