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CKIP-1 scaffold protein involvement in actin cytoskeleton and membrane remode...
Skeletal muscle cells are composed of contractile elements wrapped in a membrane network. Formation and maintenance of skeletal muscle involve muscle precursor... -
LIM proteins in sunflower protoplasts (Helianthus annuus L.) : genes expressi...
LIM proteins have been described as developmental regulators of eucaryotic organisms. They are characterized by the presence of one or several double zinc finger... -
TRAIL signalling regulation by ezrin
Background and Aim: TRAIL has sparked a growing interest in oncology due to its ability to selectively trigger cancer cell death while sparing normal cells. The... -
The interaction of healthy and cancerous cells with nano- and microtopography
This thesis deals with the differential response of healthy and cancerous cells to surface topography at the nanoscale and the microscale. Using a statistical method... -
Chemical instability in microtubule solutions : study and search for effectors
Microtubules play a crucial role in cellular organisation and function. Microtubule assembly display puzzling non-linear features, like dynamic instability. Here, we... -
Mechanical modeling of crawling cells
The ability of most eukaryotic cells to crawl is essential for embryogenesis, immune response and wound healing while functional abnormalities of crawling can provoke... -
New functions of p21Cip1 in cytoskeletal dynamics of human mammary epithelial...
CDKN1A gene was initially identified as a target of the tumor suppressor p53. The ability to inhibitcyclin-dependant kinase and PCNA activities confers to its product,... -
The role of the protein VASP in actin network dynamics and mechanics using a ...
We study the influence of the VASP protein on dynamics and mechanics of the actin networks that drive cell motility. Our experimental setup is an in vitro bead system... -
Use of intermediate filament peptides for antitumor effects and for targeting...
Works of our laboratory demonstrated that intermediate filaments, which are one of the three cytoskeleton elements, can bind tubulin dimers in specific sites named TBS... -
Dynamic assembly of microtubules and molecular mecanisms involved in the micr...
The microtubule (MT) cytoskeleton is essential for many cell processes, such as the intracellular trafficking, the cell division, and the cell morphogenesis. Depending... -
Role of ECM Physical Properties on Force Distribution and Cell Internal Organ...
It has grown a great interest among biophysicists that adherent cell senses substrate stiffness and geometry by the process of mechanotransduction. Cells exert force... -
Non-equilibrium behavior of the cellular cortex
By consuming energy from the hydrolysis of ATP, cells are able to exert forces that stem from biochemical reactions. A central element of cells is the cytoskeleton,... -
Plasticity of colorectal cancer cells : impact of Cdx2, a critical factor for...
Colorectal cancer is a major public health problem because of its frequency and propensity to metastasize. Cdx2 plays the role of a tumor suppressor and its expression... -
Mechanical study of branched actin networks
Actin filaments play a fundamental role in cell mechanics: assembled into networks by a large number of partners, they ensure cell integrity, deformability, and... -
Molecular confinement and membrane organization of live cells: analysis of di...
Our present description of the plasma membrane includes heterogeneities or mechanisms that may hinder the diffusion of membrane particles. Indeed, the diffusion of...
