2016/08/31 PhD student in protease imaging by Dynamic Nuclear Polarization, Bordeaux
Contexte et mission :
TITLE : In vivo proteolysis mapping using Overhauser-enhanced MRI
Proteases, tightly regulated under physiological conditions, become overexpressed in several situations. Any non-invasive tools are welcome to understand such processes in vivio, both for their fundamental features and for diagnosis of related diseases.
The project deals with molecular imaging and is at the crossroad of developmental physics, biochemistry and medicine. The work to be performed is two-fold. First, DNP-NMR (Magnetic Resonance enhanced by Dynamic Polarization) developments are still needed to enhance imaging performance (image quality and acquisition time). MRI sequence developments in acquisition and reconstruction are expected. Second, new DNP-MRI-visible nitroxide probes (developed in collaboration) shall be evaluated for their targeting of certain proteases that can occur in various diseases (cancer, inflammation). The goal is then to target in vivo abnormal proteolysis through DNP-MRI.
Structure :
LabEx TRAIL à Bordeaux, dans le centre de Résonance Magnétique des systèmes biologiques, UMR 5536 CNRS Université de Bordeaux
DOCTORAL SCHOOL : http://www.edsvs.u-bordeaux2.fr/version2/index.php