Energy metabolism and fatigue

  • Muscle activity in humans
  • Monitoring of physical activity and sedentary lifestyle
  • Electrophysiology
  • Measurement of the central and peripheral components of neuromuscular fatigue


Motion Analysis, Shock and Vibrations 

  • Force and kinematics analysis
  • Accelerometry


Evaluation of physical capacities

  • CPET with measurement of gas exchange (treadmill, ergocycle...)
  • Power-force-velocity profiles in the field and on ergocycles
  • Posture and balance
  • Altitude responses
  • Functional evaluation
  • Training follow-up


Mental processes 

  • Brain Stimulations
  • Neuroimaging
  • Eyetracking
  • High-fidelity simulation
  • Functional and behavioural assessment
  • Neurofeedback and biofeedback
  • Assessment of mental load
  • Polysomnography
  • Digital and 3D technology for learning


Biology of muscle and the cardiovascular system

  • Vascular function (pulse wave velocity, microcirculation-LDF with iontophoresis or hyperemia with heat, sublingual microcirculation-SDF, ex-vivo exploration on isolated vessels)
  • Hematology
  • Hemoreology (blood viscosity, erythrocyte deformability, erythrocyte aggregation)
  • Thrombotic potential
  • Measurement of hemoglobin affinity for oxygen
  • Gene expression (RNA, protein)
  • Characterization of expressed proteins
  • Measurement of circulating factors
  • Energy metabolism
  • Microscopic analysis of the muscle
  • Microscopic analysis of tissues and organs
  • Analysis of neurovegetative activity
  • Muscle activity and characteristics of muscle function (in-vivo and ex-vivo) in small animals
  • Flow cytometry (phenotyping of endothelial cells, quantification of circulating microparticles, eryptosis markers...)
  • Gene expression (RNA, protein)
  • Genotyping and study of SNPs
  • Characterization of expressed proteins
  • Measurement of circulating factors
  • Markers of inflammation
  • Measurement of oxidized lipids
  • Cell culture



We can also support you with:

  • Implementation of clinical studies
  • Exercise therapy (indications, modalities, posology...)
  • Therapeutic patient education / sports-health networks
  • Implementation of intervention programs (injury prevention, rehabilitation/reathletization, and performance optimization) 
  • Design and validation of interactive digital tools and 3D learning interfaces
  • Creation of processing routines
  • Individualization and follow-up of mental training