BRAUD , Véronique

No description

No description

When it comes to improving cancer therapies, one challenge is to identify key biological parameters that prevent immune escape and maintain an equilibrium state characterized by a stable subclinical tumor mass, controlled by the immune cells. Based on a space and size structured partial differential equation model, we developed numerical...

No description

No description

We introduce a mathematical model based on mixture theory intended to describe the tumor-immune system interactions within the tumor microenvironment. The equations account for the geometry of the tumor expansion, and the displacement of the immune cells, driven by diffusion and chemotactic mechanisms. They also take into account the...

No abstract available

International audience

OBJECTIVES: To examine changes in individual bile acids in serum in a pig model of allogenic small bowel transplantation. METHODS: Seventeen pigs were divided into two groups: group 1 (n=10), controls; group 2 (n=7), allotransplantation, nonimmunosuppressed recipients. Both groups received a segmental intestine. Intestinal specimens for...

The tandem pore domain halothane-inhibited K channel 1(THIK1) produces background K currents. Despite 62% aminoacid identity with THIK1, THIK2 is not active upon heterologous expression. Here, we show that this apparent lack of activity is due to a unique combination of retention in the endoplasmic reticulum and low intrinsic channel activity...

International audience

No description

No description

No description

No description

No description

No description