The research of our group deals with fondamental as well as applied
topics. Centered on soft matter and colloids in general, we have a special
interest in model systems of biological membranes where we study
their physical properties, the consequences of their interaction with membrane affectors,
as well as liposomes in the context of encapsulation. We are further
interested in monolayers and complex systems like water/oil/surfactant
mixtures, etc...
Research Topics :
| Physical chemistry of encapsulation techniques; model
systems for DNA vectorization as well as parallel studies with synthetic
polyelectrolytes as a model system. |
| Mechanical properties of lipid bilayers using giant
vesicles (GUV); Interaction between amphipathic peptides or proteins
and GUVs; the study of the dynamics of membrane thermal
fluctuations using GUVs. |
| The stability of lipid bilayers against the introduction of
membrane asymmetry (different internal and external aqueous phases,
external addition of membrane affectors on liposomes) |
| The study
of the relation between the microscopic characteristics of membrane
molecules and the macroscopic behavior of the system (phase diagrams,
mechanical properties, etc...). |
| Emulsions and the stability of multiple emulsions. |
| Small (and medium) angle X-ray scattering, SMAXS (rotating anode
and bidimensional detector) |
| Tensiometers (ring, plate, drop) |
| Dynamic light scattering and zetametry
(ZetaSizer) |
| Phase contrast, darkfield and fluorescence microscopy,
polarised light microscopy |
| Micromanipulation under the microscope & image analysis |
| UV/VIS Spectrometer |
| Spectrofluorimeter |
| Osmometer, conductimeter, pH-meter |
| Sonicator, thermostated extruder, centrifuges, etc... |