Laboratoire Charles Coulomb UMR 5221 CNRS/UM2 (L2C)

français


Accueil > La Recherche > Axes & Equipes > Matière Molle & Verres > Equipe : Matière Molle > Thème : Physique de systèmes biologiques et biomimétiques

Thème : Physique de systèmes biologiques et biomimétiques

Présentation

A part of the Soft Matter team activities is dedicated to the application of soft matter physics to biological systems.
We use conceptual tools from soft matter physics in order to explain and interpret some specific biological mechanisms occurring at the cellular scale or in order to develop biomimetic models to answer specific questions in biology or on the specific functioning of some proteins.
Fundings : ANR, UM2 scientific council, LR region (“chercheur d’avenir”), Labex Numev.

© L2C

10 Membres

PERMANENTS NON PERMANENTS

Toutes les productions

Dernières publications

+ RheoSpeckle: a new tool to investigate local flow and microscopic dynamics of soft matter under shear doi link

Auteur(s): Ali N., Roux D. c. d., Cipelletti L.(Corresp.), Caton F.

(Article) Publié: Measurement Science And Technology, vol. 27 p.125902 (2016)

 
+ Wetting and orientation of catalytic Janus colloids at the surface of water doi link

Auteur(s): Wang X., In M., Blanc C., Malgaretti Paolo, Nobili M., Stocco A.(Corresp.)

(Article) Publié: Faraday Discussions, vol. 191 p.305-324 (2016)

 
+ MHz Ultrasound Induced Roughness of Fluid Interfaces doi link

Auteur(s): Boubekri R., Gross M., In M., Diat Olivier, Nobili M., Moehwald Helmuth, Stocco A.(Corresp.)

(Article) Publié: Langmuir, vol. 32 p.10177-10183 (2016)

 

Malaria parasites : Egress from red blood cells and motility for invasion

Malaria parasites : Egress from red blood cells and motility for invasion
M. Abkarian (CR1), G. Massiera (MdC), O.E.A. Arriagada (PhD), N. Casanova-Morales (PhD)) Collaboration : C. (...)

Lire la suite

Sickle Cell Anemia

Sickle Cell Anemia
G. Massiera (MdC), M. Abkarian (C1R), E. Loiseau (PhD)
This term refers to a genetic disease which results in vaso-occlusive crisis of the blood circulation. Microfluidic (...)

Lire la suite

Continuous interface crossing encapsulation

Continuous interface crossing encapsulation
(M. In (DR2), M. Abkarian (CR1), G. Massiera (MdC), E. Loiseau (PhD), C. Claudet (post-Doc), T. Lopez-Leon (post-Doc))
Vesicles are spherical lipid (...)

Lire la suite

Actin networks

Actin networks
L. Cipelletti (PR1), G. Brambilla (PhD, post-doc)
We have used space-resolved light scattering to investigate the role of internal stress in the dynamics of actin networks. We (...)

Lire la suite

Reconstitution of ezrin mediated cytoskeleton/membrane coupling

Reconstitution of ezrin mediated cytoskeleton/membrane coupling
L. Ramos (DR2), K. Carvalho (PhD), N. Khalifat (post-doc)
The plasma membrane–cytoskeleton interface is a dynamic structure (...)

Lire la suite


AIGLe

MathJax