Andreas R. Bausch

The paper shows that topological defects and strings mediate ordering in endothelial cell layers, revealing an intermediate phase in their transition from disordered to ordered states.

This paper reconstitutes a minimal in vitro system showing phase-separated condensates enable treadmilling-like movement of actin bundles by balancing cofilin-driven disassembly.

This study uses a human vasculature-on-chip system to show how flow and VEGF levels affect vascular remodeling and response to anti-VEGF therapy.

The paper shows that effective dsRNA recognition can occur without inflammation, with distinct pathways activated by different RNA features.

This study simulates the motility assay with mobile myosin motors and shows that F-actin clusters form with polar ordering and phase separation, dependent on actin length and concentration.

This study introduces a synthetic cell model with an active cytoskeleton that exhibits shape fluctuations and morphing abilities, revealing how active forces influence membrane deformation dynamics.

This study shows that pancreatic ductal adenocarcinoma cells in collagen droplets form branched organoids with complex morphology, suggesting accelerated maturation compared to traditional bulk culture.

The paper constructs a morphodynamic atlas integrating fixed and live datasets to study tissue dynamics and gene expression during Drosophila development.

This study shows that mechanical feedback from collagen reorganization drives invasive branching in human mammary organoids.