Multiparametric ultrasound imaging of the respiratory and locomotor muscles
We are developing new approaches based on multiparametric ultrasound for the characterization of muscle structure and function. This project includes the use of ultrafast plane wave imaging, strain imaging, and shear wave elastography.
Within this topic, the RESPIMYO project focuses on the application of multiparametric ultrasound in the diaphragm to propose specific and non-invasive alternatives for the evaluation of diaphragmatic dysfunction associated with neuromuscular disorders, respiratory diseases, and those induced by mechanical ventilation in the intensive care unit.
Current research is carried out in collaboration with the BIOMAPS laboratory (Université Paris-Sud - CEA), the UMR-S 1158 and the R3S (Respiration, Reanimation, Rehabilitation, Sleep) department of the APHP-SU, and the Radboudumc University Medical Centre in Holland.
See related works and publications below.
- Augmentation Devices in Neuromuscular Disorders
- Exercise and daily physical activity in neuromuscular disorders and other clinical populations
- Neuromuscular function
- Reappraising bioelectrical impedance measurements for estimating lean regional muscle mass
- Advance in diagnosis of respiratory disorders from AFM-presse and APHP