Emanuel Schneck

This paper identifies a two-step mechanism of embolism propagation in angiosperm xylem, involving bubble generation and embolism formation as distinct processes.

The paper develops liposomal nano-sensors to measure osmotic pressure gradients in E. coli biofilms, revealing radial increases linked to biofilm structure, metabolism, and expansion.

This paper uses coarse-grained simulations and reflectivity data to study RNA-lipid interactions at interfaces, showing how RNA structure affects binding and validating simulation results with experimental data.

This study investigates how embedding lipoplexes in polyelectrolyte multilayers affects their internal mesoscopic structure using synchrotron-based x-ray scattering.

The paper measures pressure-distance curves between lipid membranes in water, showing similar hydration repulsion between dissimilar phospholipid-glycolipid surfaces and glycolipid-glycolipid surfaces.

This study uses lipid monolayers to model mRNA-lipid nanoparticle interactions, revealing how ions affect mRNA binding and electrostatic balance at the interface.

The paper uses neutron scattering techniques to study how glycolipids affect membrane mechanics and dynamics in polydisperse oligolamellar vesicles.