03 Jan Happy new year!!!!
We wish you all, occasional visitors of the webpage, friends & collaborators all the best for this new year to come! Lots of successful experiments, exciting results a& stunning papers!...
We wish you all, occasional visitors of the webpage, friends & collaborators all the best for this new year to come! Lots of successful experiments, exciting results a& stunning papers!...
Just after MiFoBio, we headed up to Arcachon for the LP2N lab retreat! This was the occasion to catch-up with colleagues working on the other side of the building & to meet the new comers. We had great time attending to flash-talks, lab services presentations...
Naveen Vijayan Mekhileri joined the lab in October to develop a mixed approch to elaborate and study complex tissue architecture....
It's great to leave the lab at sunset!...
Our (former) postdocs Maxime Feyeux & Kevin Alessandri are leaving the Bordeaux rainforest to conqueer the world of stem-cells engineering and medecine. This new startup holds promises for the future of stem-cells based therapies by mass-producing pluripotent stem cells encapsulated in protective alginate shells. To read...
Order it now at your favourite book-shop before it is sold-out! at Amazon (here), or better, at Mollat (here), at La Galerne (here), or at Le Failler (here) ...
Read it here https://www.biorxiv.org/content/early/2018/03/20/281113 Or download directly the pdf...
We are looking for talented postdoctoral cantidates to join us. Have a look at the advert HERE....
We've just been awarded a grant from ARC charity to support our project entitled: 'Study of mechanical forces on non-Hodgkin's lymphoma B dissemination by using a new 3D culture model: role of Orai1 / STIM1 calcium channels' (in French: 'Etude des contraintes mécaniques sur la dissémination des...
Sophie will work on a project supported by “Fondation Université Bordeaux” in collaboration with the team of Sébastien Lecommandoux (LCPO). Here is a short description of her post-doctoral project. 3D hybrid cellular system: smart self-assembled polymer vesicles as mechanical and chemical sensors inside model tumors Our aim...