Center for Magnetic Resonance in Biology and Medicine
Innovative MRI methods for the exploration of cardiovascular, musculoskeletal, central nervous systems
CRMBM UMR 7339
The Center for Magnetic Resonance in Biology and Medicine conducts translational research by developing and applying MR methods and instruments (RM) to explore the morphology, metabolism and physiology of human diseases and associated animal models (rodents). With the support of methodological and engineering teams, our research teams aim at (i) better characterizing healthy and pathological states of the central nervous, cardiovascular and musculoskeletal systems, and (ii) defining new diagnostic and/or therapeutic strategies.
News
See all newsNeuro'binar by Alicia Comino
On January 17th at 1pm for the 16th Neuro'binar, CRMBM PhD student Alicia Comino will present her PhD project studying the neurological basis of the sequelae observed in cerebral malaria patients using Magnetic Resonance Imaging (MRI) techniques.
Webinaire : Outils avancés pour le développement de séquences IRM
Le réseau SAIN (Small Animal Imaging Network), qui regroupe au niveau national des scientifiques impliqués dans l’imagerie du petit animal, organise des Séminaires Avancés en Imagerie in vivo du Petit Animal (SAIPAs).
Grimaldi stephan’s thesis Defense
Title: “Early biomarkers of neurodegeneration in Parkinson's disease: an ultra high field (7T) brain MRI analysis”
The defense will take place on Monday 26 September à 2pm in salle de Visio, at Faculté de Médecine.
Daude Pierre’s thesis Defense
Title: "Quantification and characterization of epicardial adipose tissue in MRI"
The defense will take place on October 25th at 1:30 p.m in the CERIMED conference room.
Le CRMBM partenaire de l’artiste Roy Köhnke
Roy Köhnke présentera son projet Bulk flesh Studies à l’atelier Jeanne Barret, à Marseille, du Vendredi 23 au Dimanche 25 Septembre 2022, pendant les Ouvertures D’Ateliers d’Artistes.
Forodighasemabadi Arash’s PhD thesis Defense
Title: “Spinal cord and cerebral tissue alterations encountered in rugby – An exploratory study relying on the use of Magnetic Resonance Imaging (T1-MP2RAGE, ihMT) and biomechanical simulations to characterize the Microtrauma”