Marcin Zagórski

This study extends the Vicsek model to simulate aggregation dynamics of terrestrial isopods under combined vibration and light stimuli, showing improved agreement with experimental observations over time.

The paper identifies an enhancer, -6.8got2b, critical for trabecular cardiomyocyte development in zebrafish and shows its conservation and function in humans.

The paper identifies a mechanism for floor plate formation in the vertebrate neural tube that separates the timing of specification and growth to scale morphogen gradients with tissue size.

The paper uses scRNA-seq to analyze zebrafish heart development, identifying 18 cell populations and two genes critical for pacemaker function and heart rate regulation.

The paper investigates how cell cycle dynamics influence the fluidity of the developing mouse neuroepithelium, revealing a glass transition mechanism rather than a jamming transition.

The paper develops a mechanical model of the neuroepithelium to show how neuronal differentiation rates affect tissue growth anisotropy and cell arrangement.