Michèle Romanos

The paper shows how spatial pattern transitions in Myxococcus xanthus swarms occur through local alignment and cell reversal, without genetic changes, creating stable spatial domains.

This study develops a mathematical model to simulate how differential proliferation and mechanical interactions influence embryonic axial extension across multiple tissues.

The paper shows that variations in Sox2-to-Bra protein ratios in posterior progenitors influence their motility and fate, guiding their contribution to neural or mesodermal tissues.