Projects
Research projects led by PGNM teams and collaborators.
Explore research projects connected to PGNM teams, facilities and partners, from fundamental mechanisms to translational programmes.
Muscle stem cell neighboring
Principal investigator
Bénédicte Chazaud
Team: Stem cell environment and skeletal muscle homeostasis
Mutations identification and implication in the physiopathology of cardiomyopathies
Principal investigator
Vincent Gache
Principal investigator
Marie Abitbol
Team: Architecture du noyau et du cytosquelette musculaire
Neurofilaments in health and neurodegenerative disease
Principal investigator
Pascale Bomont
Team: Mechanisms and therapies for neuromuscular diseases
Protecting SMN-Deficient Cells from Oxidative Stress
Principal investigator
Ambra Giglia-Mari
Team: Nucleolar Dynamic during DNA Repair in action (Nu-DyRection)
Protein misfolding disorders
Principal investigator
Pascal Leblanc
Team: Nerve-muscle interactions
Resistance of skeletal muscle to the metastatic process
Principal investigator
Rémi Mounier
Principal investigator
Anita Kneppers
Team: Striated Muscle Metabolic Cross-Talk in Health and Disease
Skeletal muscle contraction and myofiber microenvironment
Principal investigator
Julien Gondin
Team: Stem cell environment and skeletal muscle homeostasis
Studying SMN Function in Post-Mitotic Cells
Principal investigator
Ambra Giglia-Mari
Team: Nucleolar Dynamic during DNA Repair in action (Nu-DyRection)
TGFβ signaling
Principal investigator
Laetitia Mazelin
Team: Nerve-muscle interactions
Therapy for Giant Axonal Neuropathy
Principal investigator
Pascale Bomont
Team: Mechanisms and therapies for neuromuscular diseases
Towards a better understanding of the pathophysiology of Friedreich Ataxia (FA) and Cerebellar ataxia with CoQ10 deficiency (ARCA2).
Principal investigator
Hélène Puccio
Team: Fundamental and pathophysiological mechanisms implicated in ataxia
Understanding basic mechanisms involved in the regulation of CaV1.1 and of RyR1 function
Principal investigator
Vincent Jacquemond
Team: Excitability and calcium signaling in normal and diseased skeletal muscle