C. Allolio

Pore formation in complex biological membranes: torn between evolutionary needs

This study uses molecular dynamics simulations to investigate how lipid composition and properties influence membrane stability and pore formation in different biological membranes.

OrganL: Dynamic Triangulation of Biomembranes using Curved Elements

The paper introduces OrganL, a method for simulating biomembranes with curved elements, offering improved flexibility and extensibility over existing DTS methods.

Mitochondrial Membranes: Model Lipid Compositions, Material Properties and the Changing Curvature of Cardiolipin

The paper constructs model mitochondrial membrane compositions from lipidomics data, performs molecular dynamics simulations, and analyzes cardiolipin curvature effects under various conditions.

Cell wall synthesis and remodeling dynamics determine bacterial division site architecture and cell shape

This study uses cryo-ET and fluorescence microscopy to analyze E. coli division site architecture and cell wall dynamics, revealing conserved mechanisms across bacterial species.

Calcium ions promote membrane fusion by forming negative-curvature inducing clusters on specific anionic lipids

The paper shows calcium ions promote membrane fusion by forming clusters on specific anionic lipids, inducing negative curvature and reducing hydration forces.